National accounts a practical introduction

ST/ESA/STAT/SER.F/85
Department of Economic and Social Affairs
Statistics Division
Studies in Methods Series F, No.85
Handbook of National Accounting
NATIONAL ACCOUNTS: A PRACTICAL
INTRODUCTION
United Nations
New York, 2003

ii
NOTE
Symbols of United Nations documents are composed of capital letters combined with figures.
The designations employed and the presentation of material in this publication do not imply the
expression of any opinion whatsoever on the part of the Secretariat of the United Nations concerning the
legal status of any country, territory, city or area or of its authorities, or concerning the delimitation of its
frontiers or boundaries.
Where the designation “country or area” appears, it covers countries, territories or areas.
LIST OF ABBREVIATIONS
C.i.f. Cost, insurance and freight
CPC Central Product Classification (United Nations)
CPI Consumer price index
FISIM Financial intermediation services indirectly measured
F.o.b. Free on board
GCF Gross capital formation
GDP Gross domestic products
GFCF Gross fixed capital formation
GNDI Gross national disposable income
GNI Gross national income
IC Intermediate consumption
ISIC International Standard Industrial Classification of All Economic Activities
NCS Net capital stock
NFC Non-financial corporation
NPISHs Non-profit institutions serving households
PIM Perpetual inventory method
PPI Producer price index
ST/ESA/STAT/SER.F/85
United Nations publication
Sales No.
ISBN
Copyright ©United Nations 2004
All rights reserved
Printed in United Nations, New York

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Preface
National Accounts: A Practical Introduction has been prepared as part of a series being
developed by the member organizations of the Intersecretariat Working Group on National Accounts
(ISWGNA) to assist countries in the implementation of the System of National Accounts, 1993 (United
Nations publication, Sales No.E.94.XVII.4). Its general objective is to provide an introduction to some
basic concepts and structures of the System of National Accounts (SNA) to economists and policy makers
who are not familiar with national accounts, as well as other newcomers to the field of national
accounting. The text may serve as a guide to reading the SNA itself. In that sense, the text is written in as
simple a style as possible, and therefore the detailed elaboration of concepts in both theory and practice is
avoided. Simple exercises are included, whenever possible, to make concepts and structures clearer to
readers. The handbook also provides an example of the complete system in Excel so that readers can trace
the linkages in the system by looking at the formulas there. A compilation spreadsheet that can be used
for compiling national accounts is also developed as part of the development of the handbook. It has been
tested and used in many developing countries. Those supplements are posted on the web page of the
United Nations Statistics Division as part of the series Handbook of National Accounting.
The text is not intended to replace either SNA or other handbooks. Compilers are expected to
read the details in SNA as well as practical applications and methods presented in the handbooks prepared
either by the United Nations Statistics Division, the Organisation for Economic Cooperation and
Development (OECD), The International Monetary Fund (IMF) or the Food and Agriculture Organization
of the United Nations (FAO). Many of those handbooks are posted on the web pages of the organizations
that published them and can be obtained free of charge. The following handbooks have already been
prepared or published:
Handbook on Non-profit Institutions in the System of National Accounts (United Nations
publication, Sales No. E. 03.XVII.9)
Use of the System of National Accounts in Economies in Transition (United Nations publication,
Sales No. E. 96.XVII.121)
Handbook of Input-Output Table Compilation and Analysis (United Nations publication, Sales
No. E.99.XVII.9)
Household Accounting: Experience in Concepts and Compilation (United Nations publication,
Sales No. E.00.XVII.16, vols.1 and 2)
Links between Business Accounting and National Accounting (United Nations publication, Sales
No.E.00.XVII.13)
A System Approach to National Accounts Compilation (United Nations publication, Sales
No.E.99.XVII.10)
Use of Macro Accounts in Policy Analysis (United Nations publication, Sales, No. E.02.XVII.5)
Tourism Satellite Account: Recommended Methodological Framework (United Nations
publication, Sales No. E.01.XVII.9)
Balance of Payments Manual (IMF, 1993)
Balance of Payments Compilation Guide (IMF, 1994)
Government Finance Statistics Manual (IMF, 2001)
A System of Economic Accounts for Food and Agriculture (FAO, 1996)
Integrated Environmental and Economic Accounting (United Nations publication, Sales No.
E.93.XVII.12)
Handbook on Quarterly National Accounts, (Statistical Office of the European Communities
(Eurostat) 1999)

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Quarterly National Accounts Statistics: Concepts, Data Sources and Compilation (IMF, 2001)
Handbook on Measurement of the Non-Observed Economy (OECD, 2002)
Measuring Capital: A Manual on the Measurement of Capital Stocks, Consumption of Fixed
Capital and Capital Services (OECD, 2001)
Handbook on Price and Volume Measures in National Accounts (Eurostat, 2001)
The present handbook was prepared by Vu Quang Viet of the United Nations Statistics Division.
Throughout the drafting of the handbook, valuable comments were provided by many experts in the field,
particularly Cristina Hannig, Ivo Havinga, Karoly Kovacs, Mathias Reister and Mary Chamie of the
United Nations Statistics Division, Brian Newson of Eurostat, Heidi Arboleda of the Economic and
Social Commission for Asia and the Pacific, Estrella V. Dommingo of the National Statistical
Coordinating Board of the Philippines and Yatimah bt. Sarjiman of the Department of Statistics of
Malaysia. Ms. Arboleda provided a number of exercises for incorporation in the handbook. Mathias
Reister reviewed the draft carefully, providing important inputs to the rewriting of many chapters. The
compilation worksheets were the result of the work over many years of Jan van Tongeren, Stefan
Schweinfest and Vu Quang Viet, all of the United Nations Statistics Division.
The following are the web page addresses of various relevant international organizations and bodies:
United Nations Statistics Division: http://unstats.un.org/unsd/
International Monetary Fund: http://www.imf.org
Organization for Economic Cooperation and Development: http://www.oecd.org/std
World Bank: http://www.worldbank.org
Food and Agriculture Organization of the United Nations: http://www.fao.org
Statistical Office of the European Communities: http://europa.int/comm/eurostat/

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CONTENTS
Introduction ...................................................................................................................................................................1
Part I: Accounts of the nation
Chapter 1: Overview......................................................................................................................................................4
Chapter 2: Production account and goods and services account..................................................................................16
A. Objectives.................................................................................................................................................16
B. Basic concepts and relations of goofs and services in national accounts..................................................16
1. Gross domestic product (GDP) and value added ............................................................................16
2. Supply and uses of goods and services ...........................................................................................17
3. Basic relationships in national accounts..........................................................................................18
4. Overall approaches of calculating GDP..........................................................................................19
5. Components of value added............................................................................................................19
C. Production boundary and principles of valuation .....................................................................................20
1. Production boundary.......................................................................................................................20
2. Valuation of goods and services in the SNA...................................................................................21
3. Valuation of national accounts aggregates......................................................................................23
D. Basic definitions of other aggregates of goods and services in national accounts....................................23
1. Definition of output ........................................................................................................................23
2. Definition of intermediate consumption .........................................................................................25
3. Definition of final consumption......................................................................................................25
4. Definition of exports and imports of goods and services................................................................26
5. Definition of gross capital formation ..............................................................................................27
E. Measurement issues ..................................................................................................................................30
1. Estimation of market output from sales ..........................................................................................30
2. Crop output .....................................................................................................................................31
3. Livestock output..............................................................................................................................31
4. Output of wholesale and retail services...........................................................................................32
5. Output of financial intermediation services ....................................................................................32
6. Estimation of intermediate consumption from purchase of materials.............................................33
7. Estimation of output by production costs........................................................................................34
8. Estimation of consumption of fixed capital ....................................................................................34
9. Relationship between consumption of fixed capital, net capital formation, net saving and net value
added...............................................................................................................................................36
Exercise on GDP by production and final expenditure .................................................................................37
Solutions........................................................................................................................................................39
Chapter 3: Income account of the nation ....................................................................................................................43
A. Objectives .......................................................................................................................................43
B. Important income concepts .............................................................................................................43
C. Primary income...............................................................................................................................43
D. Gross national income.....................................................................................................................44
E. Current transfers..............................................................................................................................45
F. Gross national disposable income...................................................................................................45
G. Relation between income of institutional sectors and the total economy........................................47
Exercise on gross national income, gross national disposable income and gross saving ..............................50
Solutions........................................................................................................................................................50
Chapter 4: Capital account of the nation .....................................................................................................................52
A. Objectives...............................................................................................................................................52
B. Investment in non-financial assets and sources of funds........................................................................54

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C. Gross saving ..........................................................................................................................................54
Chapter 5: Financial account of the nation
A. Objectives...............................................................................................................................................55
B. Definition of assets and liabilities ..........................................................................................................56
C. Relation with capital account.................................................................................................................56
Exercise on classification of transactions......................................................................................................58
Solutions........................................................................................................................................................59
Chapter 6: Rest of the world account...........................................................................................................................60
A. Objectives...............................................................................................................................................60
B. Transactions with the rest of the world ..................................................................................................60
C. Balances in the rest of the world account...............................................................................................61
D. Relation between trade statistics and trade balance................................................................................61
Chapter 7: Balance sheet of the nation ........................................................................................................................63
A. Objectives...............................................................................................................................................63
B. Components of balance sheet.................................................................................................................63
C. Net worth................................................................................................................................................64
Chapter 8: SNA framework for the total economy......................................................................................................65
Exercise on setting up a full system of accounts of the nation......................................................................69
Solutions:.......................................................................................................................................................71
Part II: Integrated accounts by industries and institutional sectors
Chapter 9: Industry and sector breakdown ..................................................................................................................74
A. Objectives...............................................................................................................................................74
B. What is an industry/establishment?........................................................................................................74
C. What is an institutional unit?..................................................................................................................75
D. Ancillary corporations/industries ...........................................................................................................75
E. Institutional sectors in the economy.......................................................................................................75
F. An example for the need of both industry and institution sectoring.......................................................76
G. Corporations...........................................................................................................................................77
H. Household sector....................................................................................................................................77
I. Non-profit institutions (NPIs) and non-profit institutions serving households (NPISHs)......................78
J. General government sector.....................................................................................................................78
K. What should be excluded from general government sector?..................................................................78
Exercise on accounts of the government sector.............................................................................................80
Solutions........................................................................................................................................................83
Chapter 10: Supply and use tables: integration of industry, products and sectors.......................................................84
A. Objectives of supply and use tables (SUT) ............................................................................................84
B. Organization of SUT..............................................................................................................................84
C. Balancing SUT.......................................................................................................................................85
D. Breakdown of final uses.........................................................................................................................86
E. Sectorization of value added ..................................................................................................................87
F. Data requirement for sectorization of production...................................................................................87
Exercise on setting up the supply and the use tables.....................................................................................88
Solution ........................................................................................................................................................89
Chapter 11: Institutional sector accounts.....................................................................................................................90
A. Objectives...............................................................................................................................................90
B. Types of income.....................................................................................................................................90

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C. Sectoral balance of primary income.......................................................................................................90
D. Sectoral entrepreneurial income.............................................................................................................91
E. Sectoral disposable income....................................................................................................................91
F. Sectoral gross saving..............................................................................................................................91
G. Sectoral net lending (+)/net borrowing (-) .............................................................................................92
H. Sectoral financial accounts.....................................................................................................................92
I. Sectoral balance sheets...........................................................................................................................92
Chapter 12: Other important issues in sector accounts................................................................................................93
A. Final consumption expenditure versus actual final consumption...........................................................93
1. Objectives .......................................................................................................................................93
2. Actual final consumption of households.........................................................................................93
3. Final consumption expenditure of general government..................................................................94
4. Final consumption expenditure of NPISHs.....................................................................................95
5. Classification of consumption expenditure.....................................................................................95
B. Business accounts versus national accounts ...........................................................................................96
1. Objectives .......................................................................................................................................96
2. Similarities between business accounts and national accounts .......................................................96
3. Differences between business accounts and national accounts.......................................................97
4. Uses of business accounts in national accounts ..............................................................................97
5. An example to contrast business accounts and national accounts...................................................97
Exercise on linking business accounts to national accounts..........................................................................99
Solutions:.....................................................................................................................................................102
Chapter 13: Price and volume measures in national accounts...................................................................................104
A. Objectives.............................................................................................................................................104
B. Types of price indexes .........................................................................................................................104
C. Types of volume indexes......................................................................................................................105
D. Methods of obtaining volume of GDP .................................................................................................108
Exercise on volume indexes and double deflation method .........................................................................113
Solution:......................................................................................................................................................115
Part III: Data collection and estimation methods in SNA
Chapter 14: Data collection, compilation and estimation methods in SNA: a summary...........................................118
A. Objectives.............................................................................................................................................118
B. Data collection methods.......................................................................................................................118
C. Data from administrative records.........................................................................................................119
D. Data collected by statistical methods ...................................................................................................120
E. Estimation methods in the SNA...........................................................................................................122
Annex
Explanation of the SNA supply and use tables and the integrated accounting framework: An example ..................125
SNA COMPILATION worksheets: A compilation framework.................................................................................138

National accounts a practical introduction

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Introduction
SNA AND ECONOMIC ANALYSIS
1. The System of National Accounts (SNA) helps economists to measure the level of economic
development and the rate of economic growth, the change in consumption, saving, investment,
debts and wealth (or net worth) for not only the total economy but also each of its institutional
sectors (such as government, public and private corporations, households and non-profit
institutions serving households);
2. With data from SNA, economists can either forecast the future growth of the economy or study
impacts on the economy and its sectors of alternative government policies.
3. SNA promotes the integration of economic and related statistics in a system that is based on
consistent economic and statistical concepts and methods. As such, it allows domestic and
international comparative analysis.
SNA AS A SYSTEM
4. SNA consists of a coherent, consistent and integrated set of macroeconomic accounts, balance
sheets and tables based on a set of internationally agreed concepts, definitions, classifications and
accounting rules.
5. It provides a comprehensive and detailed record of the complex economic activities taking place
within an economy and the interaction between different economic agents and groups of agents
that takes place in markets or elsewhere.
PRESENTATION IN THREE PARTS
6. The present handbook covers:
The national economy as a whole vis-à-vis the rest of the world (part one)
Integrated accounts by industries and institutional sectors (part two)
Data collection and estimation methods in SNA (part three)

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PART I
ACCOUNTS OF THE NATION

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Chapter 1
Overview
A. INTRODUCTION
1.1. National accounts is the macroeconomic depiction of the national income cycle using the double-
entry bookkeeping principle of business accounting and a sequence of accounts to show the relationship
between the various economic variables. The present chapter introduces the macroeconomic concepts and
economic accounting identities underlying national accounts. In the section C, those concepts are
presented in a numerical example that utilizes the accounting framework developed in national accounts.
Section D gives a graphical presentation of the numerical example. Section E discusses some uses of
indicators provided by national accounts and other economic statistics.
B. BASIC CONCEPTS AND VARIABLES OF NATIONAL ACCOUNTS
Supply and use
1.2. For an economy, the total supply of goods and services must equal the total uses. Thus:
(1.1) total supply of goods and services = total uses of goods and services
1.3. In an open economy engaging in foreign trade, the total supply of goods and services consists of
domestically produced output and imports. The uses consist of intermediate consumption, final
consumption, gross capital formation and exports. Intermediate consumption consists of the goods and
services consumed in the production process (excluding the consumption of fixed assets), while final
consumption consists of the goods and services provided to the benefit of final consumers. Thus:
(1.2) output + imports = intermediate consumption + final consumption + gross capital
formation + exports
1.4. A rearrangement of equation (1.2) allows for the identification of gross value added as output
minus intermediate consumption. Leaving the issue of taxes and subsidies on goods and services aside,
gross value added is the value of all goods and services produced during a production period but not
immediately used up in the production process of that period. Hence, gross value added represents the
value of all goods and services which are available for the different uses other than intermediate
consumption. Thus:
(1.3) gross value added = output – intermediate consumption
(1.4) output – intermediate consumption = final consumption + gross capital formation +
exports – imports

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1.5. The items intermediate consumption, final consumption and gross fixed capital formation on the
uses (right) side of equation (1.2) are measured from the perspective of the consumer or purchaser. Their
values take into account the taxes and subsidies on goods and services. While taxes on products increase,
subsidies on products lower the prices payable by consumers. Yet output is measured from the
perspective of producers in terms of the receipts receivable by them, leaving all of the taxes on goods and
services aside while including subsidies on goods and services. Therefore, taxes on goods and services
have to be added to output and subsidies subtracted from output in order to arrive at a uniform valuation
of supply and uses.
(1.5) output + taxes – subsidies – intermediate consumption = final consumption + gross
capital formation + exports – imports
Gross domestic product
1.6. On the left side of equation (1.5), we find the value of all goods and services produced in a period
minus the goods and services consumed in the production process during that period, which is called
gross domestic product (GDP). GDP can be measured by having the values for output and intermediate
consumption aggregated across the various industries of an economy: GDP by production approach.
Thus:
(1.6) GDP = output + taxes – subsidies – intermediate consumption
1.7. Output minus intermediate consumption can be replaced with gross value added.
(1.7) GDP = gross value added + taxes – subsidies
1.8. Looking at the right side of equation (1.5), gross domestic product can also be viewed as the
value of all goods and services available for different domestic final uses or for exports: GDP by
expenditure approach. Thus:
(1.8) GDP = final consumption + gross capital formation + exports – imports
1.9. The production process creates incomes for not only the owners of the inputs used in production
but also for owners of capital and for the government. The value of those incomes is equal to gross
domestic product. Hence, GDP can also be calculated as the sum of compensation of employees, taxes
less subsidies and gross operating surplus/mixed income: GDP by income approach. Thus:
(1.9) GDP = compensation of employees + taxes - subsidies + gross operating surplus / mixed
income
1.10. The components of gross operating surplus or mixed income and taxes less subsidies will be
explained in more detail later. But it needs to be noted that the taxes less subsidies of equation (1.9)
include not only all taxes less subsidies on products (i.e., goods and services) but also other taxes less
subsidies on production.
Gross national income
1.11. As an aggregate measure of production, gross domestic product refers to production of all
resident units within the borders of a country, which is not exactly the same as the production of all
productive activities of residents. Some of the productive activities of residents may take place abroad

6
(for example temporary and seasonal labour working abroad). Conversely, some production taking place
within a country may be attributed to temporary and seasonal foreign labour. The contribution of labour is
accounted for through the compensation of employees paid to non-residents and received by the
economy. In addition, some primary income generated within the country may go to non-resident units
(for example, interest paid to providers of loans from abroad or dividends paid to non-resident owners of
shares). Symmetrically, some primary incomes generated in the rest of the world may go to resident units.
Thus, the concept of gross national income seeks to measure the net income due to their ownership of
factors of production (labour, netnon-produced assets and capital) received by residents in a country.
Residents are defined based on their centre of economic interest.
1.12. Hence, gross national income (GNI) is defined as follows:
(1.10) GNI = GDP + compensation of employees and property income from the rest of the
world – compensation of employees and property income to the rest of the world
1.13. All GNI is not available for final uses domestically since some of it is transferred to other
countries without anything being received in exchange, such as money sent to support dependants living
in another country. Such transfers are called current transfers, and taking them into account leads to the
following concept of gross national disposable income:
(1.11) gross national disposable income = GNI + current transfers from the rest of the world –
current transfers to the rest of the world
1.14. Gross national disposable income is the income available for consumption and saving. Thus:
(1.12) gross national disposable income = final consumption expenditure + gross saving
Gross saving, gross capital formation and net lending
1.15. Gross saving is the difference between gross national disposable income and final consumption.
Gross saving together with net capital transfers (capital transfers receivable less capital transfers payable)
from the rest of the world provides the resources for investment in non-financial assets, which is called
gross capital formation, i.e., for the net acquisition of fixed assets, such as residential and non-residential
buildings, plants and equipments, the net acquisition of valuables and/or the increase in inventories. The
difference between gross saving plus net capital transfers and gross capital formation is net borrowing or
net lending from the rest of the world, depending whether uses exceed resources or vice versa: if it is
negative it is net borrowing and if it is positive it is net lending. Thus:
(1.13) gross saving = gross national disposable income – final consumption
(1.14) net lending (+) / net borrowing (-) = gross saving + net capital transfers – gross capital
formation
Net borrowing / net lending in financial accounts
1.16. Net borrowing / net lending is also reflected in transactions in financial assets and liabilities with
the rest of the world. It is equal to the difference between net acquisition of financial assets and net
incurrence of liabilities (foreign exchange, bonds, loans etc.). Thus:
(1.14) net lending (+) / net borrowing (-) = net acquisition of financial assets – net incurrence of
liabilities

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Changes in net worth
1.17. Net worth is the difference between the total value of non-financial and financial assets and the
total value of liabilities of an economy. It is a measure of the net wealth of a nation. Change in net worth
measures the change in wealth of a nation. It is equal to the difference between the change in the total
value of assets and the change in the total value of liabilities. Besides the changes in net worth due to
changes in prices that affect the valuation of assets and liabilities and natural incidents, such as
discoveries or depletion of national resources and destruction due to natural calamities, the changes in net
worth due to economic activities and transactions is the sum of gross saving and net capital transfers from
abroad. The latter should also equal to gross capital formation less consumption of fixed capital and plus
net lending (+)/net borrowing (-) from the rest of the world.
C. INTRODUCTION TO THE ACCOUNTING FRAMEWORK
Four basic accounting principles
1.18. The accounts are built on the basis of the following four simple accounting principles:
a) All transactions are recorded on an accrual basis (i.e., payable and receivable), not on a
cash basis (i.e., received and paid);
b) Resources (receivables) are recorded on the right side and uses (payables) on the left side
of the accounts. Liabilities are recorded on the right side and assets the left side of the
accounts;
c) The balancing or closing item, which is always the last item on the uses side of the
accounts, closes (balances) the account;
d) The balancing item is always the opening item of the next account, located as the first
entry on the resources side of the account.
Sequence of accounts for the total economy
1.19. The sequence of accounts for the total economy begins with the production accounts and moves
to the primary distribution of income account, the secondary distribution of income account, the use of
income account, the capital account, the financial account and finally the balance sheet (see table 1.1).
1.20. The balance sheet provides information on the total fixed assets, total financial assets and total
financial liabilities, classified by types of assets and liabilities of the economy at the beginning and end of
the accounting period. The balance sheet is affected by three types of changes that occur during the course
of the accounting period:
a) Changes in the balance sheet due to transactions;
b) Other changes in the volume of assets due to appearance and disappearance of assets;
c) Changes in balance sheets due to changes in prices.
1.21. Changes in the balance sheets due to transactions are the results of production activities and
transactions with the rest of the world. Gross capital formation, after the consumption of fixed capital is
deducted from it, adds to non-financial assets. Transactions in financial assets/liabilities change financial
assets and liabilities. The difference in the total value of assets and total liabilities is change in net worth.
1.22. Other changes in the volume of assets are due to the appearance of resources, such as the
discovery of sub-soil resources (oil or minerals, for example), or their disappearance due to depletion or
natural calamities.

8
1.23. Changes in balance sheets due to changes in prices include holding gains or losses resulting
from the revaluation of financial and non-financial assets.
1.24. For the sake of simplicity, other changes in the volume of assets and changes in the balance
sheets due to changes in prices are not included in the sequence of accounts provided in table T 1.1.
TABLE T1.1. SIMPLIFIED SEQUENCE OF ACCOUNTS OF THE DOMESTIC ECONOMY
Uses Resources
Production account
Output of goods and services 100
Less Intermediate consumption 40
Equals Gross value added/GDP 60
Primary distribution of income account
Gross value added/GDP 60
Plus Compensation of employees and property income receivable from the rest
of the world (ROW)
4
Less Compensation of employees and property income payable to ROW 1
Equals Gross national income 63
Secondary distribution of income account
Gross national income 63
Plus Current transfers receivable from ROW 1
Less Less current transfers payable to ROW 2
Equals Gross disposable income 62
Use of income account
Gross disposable income 62
Less Final consumption 40
Equals Gross saving 22
Uses Resources
Capital account
Gross saving 22
Less Gross capital formation 15
Plus Capital transfers from ROW 1
Less Capital transfers to ROW 1
Equals Net lending to ROW 7
Financial account Changes in
assets
Changes in
liabilities
Net acquisition of financial assets
Money 3
Loans 4
Less Net incurrence of liabilities 0
Equals Net lending to ROW 7
Changes in the balance sheet due to transactions Assets Liabilities
Non-financial assets
Gross capital formation 15
Consumption of fixed capital -1
Less Financial assets/financial liabilities 7 0
Equals Net worth 21

9
Note: This simplified sequence of accounts eliminates other intermediate accounts, such as the generation
of income account and the breakdown of primary income accounts into two separate accounts; it also does
not present the balance sheets.
Account for the rest of the world
1.25. The rest of the world (ROW) account is structured according to two principles:
a) The transactions with the domestic economy are recorded from the perspective of the rest
of the world;
b) All transactions between the domestic economy and the rest of the world are recorded
twice, as receivable in the accounts of the domestic economy and as payable in the rest of
the world account or vice versa. For example, current transfers receivable from the rest of
the world in the accounts for the domestic economy is recorded as current transfers
payable to the rest of the world in the rest of the world account.
1.26. Imports and exports are a special case. Thus:
a) The item imports of the domestic economy in the rest of the world account is in fact the
exports of the rest of the world and the item exports of the domestic economy are the
imports of the rest of the world;
b) The item imports in the rest of the world account represents the receivable created by the
exports of goods and services from the rest of the world. Conversely, exports in the rest
of the world account represents the payable created by the imports of the rest of the
world.
1.27. Since the rest of the world account is a counterpart of the domestic economy, the net lending (+)
of the domestic economy is the net borrowing (-) of the rest of the world and vice versa.
TABLE T1.2. SIMPLIFIED ACCOUNT OF THE REST OF THE WORLD
Uses Resources
Imports 10
Less Exports 15
Plus Compensation of employees and property income
receivable from ROW
4
Less Compensation of employees and property income payable
to ROW
1
Plus Current transfers receivable from ROW 1
Less Less current transfers payable to ROW 2
Plus Capital transfers from ROW 1
Less Capital transfers to ROW 1
Equals Net borrowing of ROW - 7
Financial accounts Assets Liabilities
Changes in financial assets 0
Less Changes in financial liabilities 7
Money 3
Loans 4
Equals Net borrowing of ROW - 7

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Goods and services account
1.28. The goods and services account has the following characteristics:
a) It brings together the total supply and total uses of goods and services;
b) It is balanced in itself and does not have a balancing item;
c) Resources are recorded on the right side and uses on the left.
TABLE T1.3. GOODS AND SERVICES ACCOUNT
Uses Resources
Output of goods and services 100
Imports of goods and services 10
Intermediate consumption 40
Final consumption 40
Exports of goods and services 15
Total 110 110
D. GRAPHICAL PRESENTATION OF THE RELATIONSHIP OF BASIC CONCEPTS
1.29. Equation (1.3) can be modified to obtain the value of output as the sum of gross value added and
intermediate consumption. Thus:
(1.15) output = gross value added + intermediate consumption
1.30. Equation (1.4) can be modified to obtain the value of output as the sum of intermediate and final
uses. Thus:
(1.16) output = intermediate consumption + final consumption + gross capital formation +
(exports – imports)
1.31. Figure 1.1 shows the current transactions accounts of the domestic economy, the rest of the world
account and the balance sheets in a schematic presentation. Net capital formation refers to gross capital
formation less consumption of fixed capital. The so-called “net” transactions refer to receivable less
payable; for example, net primary income equals primary income receivable less primary income payable.
The relationship of total supply and total uses of goods and services and the balance sheets are shown
horizontally. The current transactions of the domestic economy and the rest of the world account are
shown vertically. For the purpose of clarity in the presentation, changes in the balance sheets are
restricted to reflect only changes due to transactions and not volume and revaluation.

11
Figure F1.1: Sequence of accounts in a graphic presentation, with changes in the balance sheets
reflecting economic transactions only
Opening
balance sheet Current transactions accounts of the domestic economy
Rest of
the world
account
Ending
balance
sheet
Total supply of
goods and
services
110
=
Output
100
+
Imports
10 +10
- +
Total uses of
goods and
services
110
=
Intermediate
consumption
40
+
Gross
capital
formation
15
+
Final
consumption
40
+
Exports
15 -15
=
Gross value
added
60
+ +
Net primary
income from
rest of the
world
3 -3
=
GNI
63
+ +
Net current
transfers from
rest of the
world
-1 +1
=
GNDI
62
-
Final
consumption
40
=
Gross saving
22
+ +
Net capital
transfers
0 0
-
Gross capital
formation
15
= =
Net lending
7 -7
Opening
balance sheet
of non-
financial
assets
200
+
Net capital
formation
15-1
=
Closing
balance
sheet of non-
financial
assets
214
Opening
balance sheet
of financial
assets less
liabilities
120
+
Financial
assets less
financial
liabilities = net
lending
7
=
Closing
balance
sheet of
financial
assets less
liabilities
127
Opening
balance sheet
of the rest of
the world a
100
+
Financial
assets less
financial
liabilities
= net
borrowing
-7
=
Closing
balance
sheet of the
rest of the
worlda
93
a
The International Monetary Fund calls net worth of the rest of the world “the international financial position”; positive value means that the
economy has a negative position since the international financial position is shown from the perspective of the rest of the world.

12
E. USES OF NATIONAL ACCOUNTS INDICATORS
1.32. National accounts time series provide most of the important data that are used in economic model
building for the purposes of forecasting economic development, price analysis and estimating economic
effects of government policies etc. The input-output table, which is derived from the supply and use tables
in the system of national accounts, provides an important database for impact studies and productivity
analysis at very detailed industrial and product levels. However, even without the support of sophisticated
economic tools, indicators derived from aggregates in national accounts are already very useful for
monitoring the overall performance of an economy, its strength as well as weakness. In some cases, those
indicators need to be supplemented by other important indicators that are drawn from specialized
statistics, such as monetary and government budget statistics. The discussion below does not pretend to be
comprehensive but aims mainly to illustrate the importance of indicators that are derived from national
accounts and specialized statistics in economic analysis.
Indicators based on national account aggregates
1.33. Familiar indicators for monitoring the economy are real rate of growth in GDP, final consumption
and gross capital formation (investment in fixed assets); saving rate (saving/GDP), investment rate (gross
capital formation/GDP), government budget deficit / GDP, current external account balance / GDP,
effective individual and corporate income tax rates etc. Those indicators can be derived directly from
national accounts data. They not only show the performance of the economy over time but also allow
comparison with other countries at the same level of development. Even without resorting to sophisticated
modeling, the indicators derived from national accounts provide very useful information on the economy
when evaluating them against stylized facts derived from the experiences in economic development
studies. For example, in order to achieve a reasonable rate of growth, developing countries are expected
to have an investment rate of at least 25 percent of GDP. A government budget deficit and a current
external balance deficit over GDP of 3 percent and over would indicate trouble ahead if problems were
not corrected. Another very useful aggregate in national accounts is change in inventories. The building
up of inventories in relation to output in manufacturing industries is a signal for an economic slowdown
and vice versa, assuming of course that change in inventories is not derived as a residual, as is the practice
in some countries.
1.34. Other indicators are derived by combining items in national accounts. For example, debt payment
in relation to export (debt payment includes both interest payment and payment principal) is used as an
indicator of debt payment capability, while export of manufacturing goods as a percentage of total exports
is used as an indicator of export-led industrialization. A high ratio of government budget deficit over GDP
and a large external account deficit would signal the need for policy adjustment. Large budget deficit may
either crowd out private investment or generate higher inflation if the deficit is met with money printing
instead of government borrowing. Of course, the analyst has to take many other factors into account. A
high foreign debt service ratio coupled with a slowdown of exports would be a clear warning of a foreign
debt payment crisis. Simple economic indicators provide a good tool for recognizing economic problems
when the indicators cross some critical ratios.
Indicators based on specialized statistics
1.35. National accounts are not the only source for economic indicators. Indicators from specialized
statistics are equally important. Among money and banking statistics are a few ratios that are closely
monitored. The rate of change in money supply1
is used to monitor inflation prospects, while the non-
1
Money supply can be derived from the financial accounts and the balance sheet, but it is cumbersome to do so,
especially when money and banking statistics are used in compiling national accounts.

13
performing loan ratio and ratio of liability over asset are used as performance indicators of the banking
system. The balance of payments, besides providing indicators that have been discussed above, also
provides information on foreign exchange reserves and the current short-term liability denominated in
foreign currencies. Those indicators are extremely important in detecting possible problems in the
financial market.
1.36. The financial crisis in East Asia and Association of South-East Asian Nations (ASEAN) countries
in 1987 took place without warning since the performance ratios of the banking system and foreign
exchange reserve were neither measured properly nor monitored closely. The economy seemed to be in
good health before the impending crisis. Indicators on production, government budget and foreign trade
balance looked favourable for almost all countries, except for the current external account deficits, which
exceeded 6 percent of GDP. The shortfall, which was always expected to be met by capital inflow, turned
out to be the reason for the devaluation of national currencies and deepening capital flight.
1.37. Non-performing loan ratio is in general defined as loan non-payment beyond 3 months. In Asia,
however, before 1997 loan non-payment over one year was not classified as non-performing. In addition,
banks’ liability over total asset is normally expected to be less than 1 in developed markets (meaning that
net equity is zero), but in Asia the ratio of over 4 (meaning a great negative net equity) was commonly
seen.
1.38. Forward-binding contracts to sell foreign currencies (financial derivatives) were also not taken
into account in liabilities denominated in foreign currencies in 1997 (see table T1.4 for the operational
definition of foreign exchange reserves and total current liabilities denominated in foreign currencies.)
1.39. General economic indicators are grouped into 11 groups and listed in table T1.4 for reference.
The definition of the indicators and their possible uses are also indicated.

14
TABLE T1.4
ECONOMIC PERFFORMANCE INDICATORS
Indicators Interpretation
Group 1. General economic level and performance
GDP per capita
GDP rate of growth
The level of economic development in comparison to
other countries
The performance of the economy
Group 2. Labour productivity and labour cost
Gross value added per worker per work hour
(manufacturing)
Compensation of employees per work hour
Labour productivity
Labour cost
Group 3. Income distribution
Compensation of employees / gross value added
Operating surplus / gross value added
Income share of employees in GDP
Income share of capital in GDP
Group 4. Investment
Gross fixed capital formation / GDP
Gross produced fixed assets / GDP
Gross fixed capital formation / change in GDP
Gross fixed assets/ output by types of industries
Share of investment in capital goods in GDP
Ratio used in estimating produced capital goods
requirement for a given rate of growth in GDP.
An approximation of capital/GDP ratio above
(applicable only for the years with stable positive
growth, commonly called ICOR)
Capital – output ratios necessary for industry
development planning
Group 5. Saving
Saving / GDP
Saving / gross fixed capital formation
Saving of an institutional sector / total saving
Saving of households / disposable income of households
Saving rate of the nation
Domestic funding of investment
Contribution of each sector to total saving
Saving rate of households
Group 6. Performance of government
Government deficit / GDP
Revenue / expense (excluding payment on principal or
incurrence of debt)
Fixed capital formation / total expenditure
Interest payment / total expenditure
Taxes / GDP
Corporate taxes / corporate primary income balance
Individual income taxes / gross national income of
household
Government deficit rate
If less than 1, government policy on budgeting needs
to be seriously reviewed as recurrent revenue does not
cover recurrent expense
Share of investment in capital goods over total
expenditure
Indicator of pressure of debt payment on government
expenditure
Government effort or tax burden
Government effort or tax burden on corporations
(right, fair, too high)
Government factor on households (right, fair, too
high)

15
TABLE T1.4 (CONTINUED)
Indicators Interpretation
Group 7. Banking performance
Non-performing loan ratio (defined as loan non-
payment beyond 3 months)
Liabilities / assets
Possibility of default
Banks’ bill of health (to be healthy, the ratio is
expected to be is lower than 1, which means that net
equity is greater than zero)
Group 8. Foreign trade performance
Imports / GDP, import rate of growth
Exports / GDP, export rate of growth
(Exports + imports) / GDP
(Exports less imports) / GDP
Import reliance, growth factor
Export effort
Degree of openness of the economy
Export / import gap
Group 9. Balance of payment
Current external account deficit / GDP
(Exports less imports) / GDP
Debt payment (interest + principal) / export
Ability to service imports and current rate of
economic growth (warning signal if over 3%)
Same as above
Ability to service foreign debt (expected to be lower
than 30%)
Group 10. Foreign exchange reserve Ability to finance imports and prevent foreign
exchange crisis
Group 11. Prices
Producer price index, consumer price index, import
price index and export price index
Interest rate
Foreign exchange rates
Stock exchange price index
Wage rate index

16
Chapter 2
Production account and
goods and services account
A. OBJECTIVES
2.1. The production account aims to measure output, intermediate consumption and ultimately the
gross value added of every economic activity and every institutional sector in the economy. The sum
of gross value added generated by different economic activities in the domestic economy is gross
domestic product (GDP). GDP is the most important aggregate derived from the production account.
GDP reflects the aggregate production of an economy. The growth rate in the volume of GDP
summarizes the growth rate of the economy. Growth in GDP would allow for increases in either final
consumption of the population and the government or investment in capital goods. The latter is
expected to accelerate the growth rate of the economy.
2.2. The present chapter covers the following topics:
a) Definition of gross value added;
b) Supply and uses of all goods and services in the economy: the balance of the supply and uses
of goods and services describes the relationships of important aggregates in national
accounts;
c) The production boundary of national accounts, i.e., what are the activities that are covered or
not covered in national accounting;
d) The valuation principles in national accounts, i.e., how output and uses are valued;
e) The definition of the basic concepts in production accounting, such as output, intermediate
consumption, final consumption, gross capital formation, exports and imports;
f) The measurement in practice of some important aggregates.
B. BASIC CONCEPTS AND RELATIONS OF GOODS AND SERVICES IN
NATIONAL ACCOUNTS
1. GROSS DOMESTIC PRODUCT AND GROSS VALUE ADDED
2.3. The System of National Accounts (SNA) defines GDP and gross value added operationally,
i.e., how they are calculated. In the present section, GDP and value added are used interchangeably
since they describe the same economic concept. Yet, as will be explained below, due to taxes and
subsidies their valuation are not identical.
What do gross value added and gross domestic product measure?
2.4. Gross value added and GDP measure the additional value of goods and services that are
newly created in the economy and are available for domestic final uses or for exports.

17
2.5. Output is the value of the goods and services which are produced by an establishment in the
economy that become available for use outside that establishment. They are valued at market or
equivalent market prices.
2.6. Intermediate consumption is the cost of goods and services used in production.
2.7. GDP is equal to the value of all goods and services produced in the economy (i.e., output)
less the value of all goods and services used in the production processes (i.e., intermediate
consumption). GDP is sometimes called in economic textbooks "output" or "net output". However,
output has a different meaning in national accounts.
2.8. Gross value added is calculated for every economic activity and then summed up to obtain
the total gross value added for the whole economy. The total gross value added after some minor
adjustment for taxes and subsidies is gross domestic product. Thus:
Given
Output 100
Material costs 30
Service costs 10
Then
Output 100
Less: Intermediate consumption 40
Equals: Gross value added/GDP 60
2. SUPPLY AND USES OF GOODS AND SERVICES
2.9. Gross value added can be more meaningfully interpreted within the context of supply and
uses of goods and services in the economy. For the economy as a whole or for any product, the total
supply must equal the total use.
2.10. The total supply includes output and imports, while the total use includes final consumption,
intermediate consumption, gross capital formation and exports. One may ask what happens to the
goods that are not consumed? Those goods are in fact recorded as increase in inventories, which is a
part of gross capital formation.
2.11. Output is normally measured from the perspective of the producers, i.e., from the revenue
received by them; that value, called output at basic prices, does not include product taxes that are
collected on behalf of the government and includes subsidies provided by the latter. Thus, in order to
balance the supply and use of goods and services paid by consumers at purchasers' prices, product
taxes less subsidies must be added to the supply side (see table T2.1 and figure F2.1).
Intermediate
consumption
= 40

18
TABLE T2.1. SUPPLY AND USES OF GOODS AND SERVICES IN THE ECONOMY
Supply (resources)
At purchasers' prices or equivalents
Uses
At purchasers' prices or equivalents
Imports of goods f.o.b. and services 10 Exports of goods f.o.b. and services 15
Output at basic prices 95 Intermediate consumption at purchasers' prices 40
Taxes less subsidies on products 5 Gross capital formation at purchasers' prices 15
Final consumption at purchasers' prices 40
FIGURE F2.1. SUPPLY AND USES OF GOODS AND SERVICES
3. BASIC RELATIONSHIPS IN NATIONAL ACCOUNTS
2.12. The manipulation of the equality of the total supply and the total use allows for the derivation
of the following basic relationships in the total economy:
(2.1) (output + taxes less subsides on products) + import = intermediate
consumption + gross capital formation + final consumption + exports
Or:
(2.2) (output - intermediate consumption) + taxes less subsidies on products =
gross capital formation + final consumption + (exports - imports)
By definition:
(2.3) gross value added = output – intermediate consumption
Output + taxes less
subsidies on products
100=95+5
Supply of goods and
services
110
Imports
10
Intermediate
consumption
40
Final consumption
40
Gross capital
formation
15
Exports
15
Gross value added /
GDP
60
Final consumption
40
Gross capital
formation
15
Net exports
5
+
==
-
= + +
-
Uses of goods and

19
Then:
(2.4) Gross value added + taxes less subsidies on products = gross capital
formation + final consumption + (exports - imports)
By definition:
(2.6) gross domestic product (GDP) = gross value added + taxes less subsidies on
products
Then:
(2.7) GDP = gross capital formation + final consumption + exports – imports
GDP is an output concept
2.13. Equation (2.7) above, when reorganized as set out below, would allow for an interesting
interpretation of output. It shows the uses of GDP as "final uses", consisting of domestic uses and
exports. Thus, GDP is clearly a concept based on output and its uses and is not an income concept.
(2.8) GDP = (final consumption + gross capital formation – imports) + exports
(2.9) GDP = domestic final uses + exports
4. OVERALL APPROACHES TO CALCULATING GDP
2.14. Production approach: GDP can be calculated by adding taxes less subsidies on products to
the total value added, which is derived by subtracting intermediate consumption from output in
equation (2.3).
2.15. Final expenditure approach: GDP can also be obtained by adding final uses (domestic plus
the rest of the world) together.
2.16. Income approach: GDP can also be obtained by adding together the income components that
make up value added (value added is elaborated below). GDP by income approach covers only the
incomes generated within the domestic economy.
5. COMPONENTS OF VALUE ADDED
2.17. In principle, GDP can be computed by adding together the components of value added and
taxes less subsidies on products.
2.18. Value added includes:
a) Compensation of employees: Compensation of employees is the total
remuneration in cash or in kind payable by employers to employees for the work
done. Direct social transfers from employers to their employees or retired
employees and their family, such as payments for sickness, educational grants

20
and pensions that do not set up an independent fund, are also imputed to
compensation of employees;
b) Other taxes less subsidies on production: Other taxes less subsidies on
production are taxes payable by employers to carry out production, irrespective
of sales or profitability. They may be payable as license fees or as taxes on the
ownership or use of land, buildings or other assets used in production or on the
labour employed or on the compensation of employees paid. They are not taxes
paid on values of sales or produced outputs, which are called taxes on products;
c) Consumption of fixed capital: Consumption of fixed capital is the cost of fixed
assets used up in production in the accounting period;
d) Gross operating surplus: Gross operating surplus is the residual obtained by
deducting the above components from value added. Thus, gross operating surplus
includes interest payable to lenders of financial assets, or rent payable to rentiers
of non-produced assets, such as land and sub-soil assets.
2.19. Gross operating surplus of corporate enterprises can also be estimated by summing over:
a) Additions to retained earnings;
b) Depreciation and depletion;
c) Bad debt allowance;
d) Property income payable;
e) (-) Property income receivable;
f) Current transfers payable;
g) (-) Current transfers receivable;
h) (-) Gains (net of loss) on sales on fixed assets and securities.
2.20. In practice, value added from corporations may be obtained by the income approach, but
value added from unincorporated activities, when no formal accounts are available, must be obtained
by the production approach.
2.21. Explanations of the above concepts may be obtained by consulting the handbook Links
between Business Accounting and National Accounting (United Nations publication, Sales No.
E.00.XVII.13)
C. PRODUCTION BOUNDARY AND PRINCIPLES OF VALUATION
1. PRODUCTION BOUNDARY
2.22. Not all economic activities are treated as economic activities and included in the production
boundary of the System of National Accounts. Except for the services of owner-occupied housing and
paid domestic staff, all personal and domestic services that are produced and consumed within the
same households, such as cleaning, decoration, cooking, caring for and educating children, caring for
sick and old people, maintenance and repair of dwellings and durables, transportation of household
members etc. are excluded.
2.23. Included in the production boundary of SNA are:
a) The production of all individual or collective goods and services that are supplied or
intended to be supplied to production units other than themselves;
b) The own-account production of all goods that are retained by their producers for their
own final consumption or gross capital formation;

21
c) The own-account production of housing services by owner-occupiers and personal
services produced by the employment of paid domestic staff;
d) The production of all agricultural goods for sale or own final use and their
subsequent storage; the gathering of uncultivated crops; forestry; wood-cutting; the
collection of firewood; hunting and fishing; carrying of water; the processing
(threshing, milling, preserving etc.) of agricultural and other food products; the
weaving of cloth, dress-making and tailoring, the production of footwear, pottery,
utensils, furnishings etc.
2.24. Also included in the production boundary are illegal and hidden goods and services:
a) Production and distribution of goods and services whose sale, distribution or possession
is forbidden by law, such as narcotics, smuggling of goods and prostitution;
b) Production of goods and services which are deliberately concealed from public
authorities in order to avoid the payment of taxes, the meeting of legal standards or
compliance with administrative procedures.
2.25. The SNA production boundary has been extended to include natural growth of cultivated
forests, the development of entertainment, literary or artistic originals and the leasing of the right to
exploit those assets. Also included is the development of software on own account that can be used
for more than one year.
2. VALUATION OF GOODS AND SERVICES IN SNA
2.26. Outputs, whether or not sold, are valued at market or equivalent market prices. Market prices
are the actual and economically significant prices agreed upon by the transactors. SNA does not set a
standard for economically significant price, but most countries decide that it must cover at least half
of production costs. There are three types of market prices of the same good due to taxes and
subsidies. The reason for different kinds of prices is that what the purchaser pays and the seller
receives is not identical (see figure F2.2 for their relationships):
a) Basic price is the amount receivable by the producer from the purchasers for a unit of
output. Thus, it should exclude any tax assessed on the output (i.e., taxes on products)
and include any subsidies on the output that the producer receives. It also excludes any
transport charges invoiced separately by the producer. The measurement of output at
basic prices makes value reflect better volume;
b) Producer price is the basic price plus taxes on the output invoiced to the purchaser less
subsidies receivable by the producer from the government;
c) Purchasers’ price is the amount paid by the buyer for a unit of output less any taxes
invoiced by the seller but deductible by the purchaser. It should be equal to the producer
price plus transport costs and trade margins on products, which are not separately
invoiced.2
2.27 Output at production costs. Output is recommended to be measured at production costs
when products have no market price. Output at production costs is the sum of the following items:
a) Intermediate consumption;
b) Compensation of employees;
2
Separately invoiced transport costs are treated as a separate purchase of transport service.

22
c) Consumption of fixed capital (which is the cost of produced fixed assets used in
providing services);
d) Other taxes on production.
2.28. Figure F2.2 shows the relationship between basic price, producer price and purchasers’ price
of a product in the market when it moves from the producer to the consumer at the end of the
circulation process, either directly or through wholesale and retail channels. The basic price is the
value of a product unit receivable by the producer, including subsidies on the product, but excluding
the taxes paid on the product to be transferred to the government. The producer price is the price the
producer charges at the time when it leaves the production unit (which includes taxes but less
subsidies on the product). The purchasers’ price may go up as the product passes through many stages
of circulation; each stage may incur taxes, subsidies, transport and trade margins. At each stage, a
product has a different purchaser price from the point of view of the purchasers. Figure F2.3
illustrates the circulation of products from the producer to the consumer and the taxes and costs
involved.
FIGURE F2.2. RELATIONSHIPS BETWEEN BASIC, PRODUCER AND PURCHASERS’
PRICES
Taxes less subsidies
on products (including
non-deductible value
added taxes) on
consumers
Transport and trade
margins
Taxes less subsidies
on products
(including non-
deductible value
added taxes) on
producers
BASIC PRICE BASIC PRICE
PRODUCER PRICE
Basic price Producer price Purchasers’ price
FIGURE F2.3. PROCESS OF GOODS CIRCULATION ON THE MARKET
Producers
of goods
Wholesalers
and retailers
Consumers: other
producers and final
users.
Government
The payment
of taxes,
subsidies on
products
Transport and trade margins added
Sphere where basic
and producer prices
apply
Sphere where
purchasers’ prices apply

23
3. VALUATION OF NATIONAL ACCOUNTS AGGREGATES
2.29. Goods and services may be valued differently, but the valuation should satisfy three
principles:
a) Uniformity in the elements when they have to be aggregated;
b) Avoidance of double counting;
c) Purchasers’ price = basic price + trade margins + taxes less subsidies on products.
2.30. In the equality of supply and uses of goods and services (see equation (2.1)), the total supply
and the total uses are in purchasers’ prices and each aggregate is in purchasers’ prices or equivalents.
The category “output + taxes less subsidies on products” is in fact output in purchasers’ prices,
although the element “output” is in basic prices. “Output” in basic prices already includes the output
of trade services, so that trade margins need not be included again in order to avoid double counting.
However, taxes less subsidies on products must be added to obtain output in purchasers’ prices.
2.31. To conform with valuation principles, when output is measured at basic prices equations
(2.3) and (2.6) can be specified more clearly as follows:
(2.10) gross value added at basic prices = output at basic prices – intermediate consumption
at purchasers’ prices
(2.11) GDP = gross value added at basic prices + taxes less subsidies on products
2.32. To conform with valuation principles, when output is measured at producer prices equations
(2.3) and (2.6) can be specified as follows:
(2.12) gross value added at producer prices = output at producer prices – intermediate
consumption at purchasers’ prices
(2.13) GDP = gross value added at producer prices + import duties3
D. BASIC DEFINITIONS OF OTHER AGGREGATES OF GOODS AND SERVICES
IN NATIONAL ACCOUNTS
1. DEFINITION OF OUTPUT
2.33. Output is the value of the goods and services which are produced by an establishment in the
economy that become available for use outside that establishment4
(see table T.2.2, for type of
producer and output in terms of market, non-market and for own final use).
3
Import duties have to be added since output at producer prices includes taxes on products only for domestic
output and does not include import duties.
4
An establishment is a production unit of an enterprise, which is normally identified by the kind of product it
produces and the ability to account for its cost of production. An enterprise may have more than one
establishment. Products which are produced for intermediate consumption in the same establishment are not
counted as products. Only those that are supplied to another establishment (even of the same enterprise) are
counted as products.

24
2.34. Losses or wastage in production and distribution will not be counted as output. For example,
electricity produced and lost in distribution is not part of output.
2.35. The output of goods and services is normally recorded when their production is completed.
However, if it takes more than one accounting period to produce a unit of output, then work-in-
progress must be recorded at the end of the accounting period.
2.36. Output of trade services is the margin realized from a good purchased for resale. It is equal to
sale less the cost to repurchase the good sold at the time it is sold.
2.37. Output of a bank is its implicit and explicit service charges, which are only a small part of
interest charges (see detailed definition in paras. 2.79-2.87 below)
2.38. Output of insurance or pension funds is the service charge, which is a small part of premiums
or contributions paid (see detailed definition in paras. 2.79-2.87 below)
2.39. Non-market output, which is provided free or sold at economically insignificant prices, is
measured at production costs (see paras. 2.29-2.32 above for a definition of how non-market output is
valued). Non-market output includes those of the following:
a) General government;
b) Non-profit institutions serving households;
c) Own-account construction (own account production means production for own use);
d) Own-account research and development;
e) Own-account software development.
TABLE T2.2. TYPES OF PRODUCERS AND OUTPUT
Market producers Producers for own final use Other non-market
producers
Include establishments in:
Large corporations and
Small unincorporated
enterprises (may be owned
by households) most of
whose products is
marketed
Household unincorporated
enterprises, which includes:
Subsistence farmers etc.
Households engaged in
the construction of their
own dwellings and other
goods for own
consumption)
Include:
General government
Non-profit
institutions serving
households
Market output Mostly Some (e.g., grains,
vegetables, etc.)
Some (e.g., fees paid for
government services, sales
of government’s
publications)
Output for own
final use
Some, e.g.:
Own-account capital
formation
Own-account software
development
Research and development
Output retained for final
consumption by owners of
unincorporated enterprises
Mostly (e.g., produce of
subsistence farmers)
Some (e.g., government’s
own capital formation)
Typeofoutputproduced
Other non-
market output
None None Mostly (e.g., free services
provided by government
and non-profit institutions
serving households)

25
2. DEFINITION OF INTERMEDIATE CONSUMPTION
2.40. Intermediate consumption includes goods and services which are entirely used up by
producers in the course of production to produce output of goods and services during the accounting
period.
2.41. Durable goods which may be classified as capital goods since they are used as the tools of
production over a number of years (saws, spades, knives, axes, hammers and screwdrivers etc.) may
be included in intermediate consumption if their prices are below a certain low value. The criterion is
normally decided by statistical office or tax authority, depending on the stage of economic
development of the country.
2.42. Intermediate consumption excludes other production costs, such as labour cost, financial
costs and production taxes.
2.43. The labour and financial costs and production taxes are costs to business firms but are treated
in SNA as incomes generated for the economy in the production process.
3. DEFINITION OF FINAL CONSUMPTION
2.44. Final consumption includes goods and services which are used by households or the
community to satisfy their individual wants and social needs. Thus, final consumption is broken down
into:
a) Final consumption expenditure of households;
b) Final consumption expenditure of general government;
c) Final consumption expenditure of non-profit institutions serving households.
2.45. For households, all consumed goods, whether durable (cars, refrigerators, air-conditioners
etc.) or non-durable (food, clothes), are part of final consumption, with the exception of purchases for
own-construction or improvements of residential housing, which are treated as part of gross capital
formation.
2.46. Included in final consumption expenditure of households are:
a) All goods and services bought for final consumption by households;
b) All goods produced for own final consumption by households, including those
goods and
c) services produced by household enterprises and retained for final consumption;
Domestic services produced for own final consumption by employing paid staff,
such as servants, cooks, gardeners and chauffeurs;
d) Services of owner-occupied dwellings (whose imputed values are equivalent
market rentals);
e) All goods and services acquired by households in barter transactions for final
consumption;
f) All goods and services received by households as payment in kind from
producers;
g) Expenditures incurred in “do-it-yourself” decoration, maintenance and routine
repairs of own dwellings and personal goods;
h) Payment to government units to obtain various kinds of licenses, permits,
certificates, passports etc.

26
i) Explicit and imputed service charges on household uses of financial
intermediation services provided by banks, insurance companies, pension funds
etc.
2.47. Included in the final consumption expenditure of general government and non-profit
institutions serving households are:
a) Non-market output other than own-account capital formation, which is measured
by production costs less incidental sales of government output;
b) Expenditure on market goods and services that are supplied without
transformation and free of charge to households (referred to by SNA as social
transfers in kind).
4. DEFINITION OF EXPORTS AND IMPORTS OF GOODS AND SERVICES
2.48. Exports and imports between the domestic economy and the rest of the world are transactions
between residents and non-residents of an economic territory (see figure F2.4).
2.49. A transaction of goods and services (sales, barter, gifts) from residents to non-residents is an
export and from non-residents to residents is an import. A transfer of income of the same value must
also be imputed.
2.50. Exports and imports exclude all transactions in land, buildings and non-movable non-
produced assets, and in financial assets (stocks, bonds, money, monetary gold etc.) SNA takes an
exception rule on land, buildings and non-movable non-produced assets since they are still used for
production purposes in the domestic economy. Financial assets are neither goods nor services.
2.51. Exports and imports occur when there are changes of ownership between residents and non-
residents, regardless of whether there are corresponding physical movements of goods across borders.
However, there are three exceptions that require imputation of changes of ownership: (a) financial
leasing, (b) deliveries between affiliated enterprises and (c) goods sent for significant processing to
order or repairs. Goods bought from non-residents and sold to non-residents by commodity dealers
within the same accounting period are not recorded as exports or imports.
Residents and non-residents
2.52. An institutional unit, (a household, an enterprise, a non-profit unit etc.) is a resident unit when
it has a centre of economic interest in the economic territory in question. To have a centre of
economic interest in a territory is to have ownership of land or ownership of structures or to engage in
production in a territory for a long period of time (at least one year).
2.53. Military personnel and civil servants, including diplomats employed abroad by an economic
territory, are residents of the territory that employs them.
2.54. Students are residents of their country of origin, however long they study abroad.
2.55. International organizations are not considered residents of any national economy, but their
workers are residents of the economy in which they are expected to have their abode for at least one
year.

27
2.56. Owners of buildings and non-produced assets, such as land, sub-soil assets or legal constructs
(leases etc.), even if they are not actually residents, are treated as residents of the economy since such
assets remain in the economy and serve the production activities of the economy. Transactions
involving them are not part of exports and imports.
FIGURE F2.4. EXPORTS AND IMPORTS AS TRANSACTIONS BETWEEN RESIDENTS
AND NON-RESIDENTS
Valuation of exports and imports
2.57. Exports are valued free on board (f.o.b.) i.e., at the prices at the domestic customs frontier
before being shipped out. They should by definition be equivalent to purchasers' prices since they
include domestic transport and trade costs to bring the good to the ports, and also include taxes less
subsidies on products paid by the purchasers or received by the producers.
2.58. Imports must also be valued f.o.b. but are valued at the prices at the foreign custom frontier.
2.59. Imports are normally valued cost, insurance, freight (c.i.f.), at the domestic custom frontier by
customs. To derive imports f.o.b., cost of freight and insurance services between the two borders must
be estimated and deducted from imports c.i.f. Freight and insurance services on imports may be
provided by either residents or non-residents. Those provided by non-residents are imports but those
provided by residents are domestic output. Imports f.o.b. avoid counting domestic output as imports
and avoid double counting imported freight and insurance services since they are already included in
data on imports of services.
5. DEFINITION OF GROSS CAPITAL FORMATION
2.60. Gross capital formation in SNA is the same as the concept of investment in capital goods
used by economists. It includes only produced capital goods (machinery, buildings, roads, artistic
originals etc.) and improvements to non-produced assets. Gross capital formation measures the
additions to the capital stock of buildings, equipment and inventories, i.e., the additions to the
capacity to produce more goods and income in the future.
2.61. Non-produced assets, such as land, natural resources and patented entities, may also be used
as capital in an establishment or enterprise or the whole economy but are not part of the gross capital
formation in SNA.
2.62. In business accounting, investment in capital goods may include acquisitions less disposals of
non-produced assets (land, mineral resources etc.). At the national level, the inclusion or exclusion of
Residents
Non-
residents
Exports of goods
and services
Imports of
goods and
services

28
non-produced assets would not affect the value of investment in capital goods since the sale of a non-
produced asset by one economic entity will be offset by a purchase of the same asset by another
economic entity.
Common usage of the term "investment"
2.63. In common usage (business and households), the concept of investment is very broad. It
includes:
a) Investment in produced and non-produced assets (i.e., patents, goodwill, natural
resources);
b) Investment in financial assets.
Components of gross capital formation
2.64. Gross capital formation, which is a major factor in changing the values of non-financial assets
in the economy, includes (see table T2.3 for the classification of assets and the effects of gross capital
formation on assets):
a) Gross fixed capital formation;
b) Changes in inventories;
c) Acquisition less disposals of valuables (such as jewelry and works of art).
Gross fixed capital formation
2.65. Gross fixed capital formation includes:
a) Acquisition less disposal of new or existing produced assets, such as dwellings, other
building structures, machinery and equipment, cultivated assets (e.g., trees and livestock),
mineral exploration, computer software, entertainment, literary or artistic originals, and
other intangible fixed assets;
b) Costs of ownership transfers on non-produced, non-financial assets, such as land and
patented assets;
c) Major improvements to produced and non-produced, non-financial assets that extend the
lives of assets (e.g. reclamation of land from sea, clearance of forests, rock etc., draining
of marches or irrigation of forests, and prevention of flooding or erosion);
d) Acquisition can be in terms of purchase, own-account production, barter, capital transfer
in kind, financial leasing, natural growth of cultivated assets and major repairs of
produced assets;
e) Disposal can be in terms of sale, barter, capital transfer in kind or financial lease.
Exceptional losses, such as those due to natural disasters (fire, drought etc.) are not
recorded as disposal.
Changes in inventories
2.66. Inventories include:
a) Materials and supplies;
b) Work-in-progress (growing crops, maturing trees and livestock, uncompleted structures,
uncompleted other fixed assets, partially completed film productions and software);
c) Finished goods;

29
d) Goods for resale.
TABLE T2.3. CLASSIFICATION AND FORMATION OF NON-FINANCIAL
ASSETS
Changes in the balance sheets
Gross capital formation
Types of non-financial assets
Opening
balance
sheet
Acquisition less
disposal, cost of
major
improvements
Cost of
ownership
transfers
Consumption
of fixed capital
Other
changes
in
balance
sheet
Closing
balance
sheet
(1) (2) (3) (4) (5) (1)+(2)+(3)
-(4)+ (5)
Produced assets
Produced fixed assets
Tangible fixed assets
Dwellings
Other buildings and structures
Non-residential buildings
Other structures
Machinery and equipment
Transport equipment
Other machinery and equipment
Cultivated assets
Livestock for breeding, dairy,
etc.
Vineyards, orchards and other
plantations
Intangible fixed assets
Mineral exploration
Computer software
Entertainment, literary or artistic
originals
Other non-tangible fixed assets
Inventories
Materials and supplies
Work in progress
Finished goods
Goods for resale
Valuables
Non-produced assets Not applicable Not applicable
Tangible non-produced assets
Land
Subsoil assets
Coal, oil and natural gas reserves
Metallic mineral reserves
Non-metallic mineral reserves
Non-cultivated biological resources
Water resources
Intangible non-produced assets
Patented entities
Leases and other transferable
contracts
Purchased goodwill
Other intangible non-produced assets

30
E. MEASUREMENT ISSUES
1. ESTIMATION OF MARKET OUTPUT FROM SALES
2.67. Output is valued as the product of the quantity of output and the price of one unit of the
product at basic prices (excluding all product taxes and trade and transport costs to deliver the goods
from producers to buyers). This method is applied to many crops or livestock.
2.68. However, quantity output normally cannot be directly obtained by asking producers,
particularly in manufacturing and service industries, since they are only familiar with sales and cost
of sales, which are recorded in their business accounts and normally called financial statements.
2.69. Output at basic prices is, in theory, computed as follows:
a) Output = sales less sale taxes plus subsidies + change in inventory of finished and
semi-finished goods;
b) Change in inventory = closing inventory - opening inventory;
c) Addition to inventory must be valued at the market prices at the time goods entered
inventory;
d) Withdrawal from inventory must be valued at the market prices at the time goods are
withdrawn.
TABLE T2.4. ESTIMATION OF OUTPUT FROM SALES: AN EXAMPLE
Calculating operations T0 T1 T2 T3
Information given
1. Sales net of taxes and plus subsidies 80 120 272
2. Price index 100 125 200
3. Value of inventory at end of period (book
value)
0 40 30 16
4. Change in inventory (book value) = (Ti – Ti-1) applied to line (3) 40 -10 -14
Derived data
5. Value of inventory at constant prices = Line (3)*100/ line (2) 0 40 24 8
6. Change in inventory at constant prices = (Ti – Ti-1) from line (5) 40 -16 -16
7. Change in inventory at current prices = Line (6) * line (2)/100 40 -20 -32
8. Output at basic price = Line (1) + line (7) 120 100 240
In the example, the estimation method provides an exact value of output, which is possible because the stock of physical
inventory is assumed taken at the end of each period and revalued at the same time (line 3). In general, inventories are
valued differently in business, accounting either by LIFO, FIFO or as above. Therefore, this Canadian method is only an
approximation. See Links between Business Accounting and National Accounting, (United Nations publication, Sales No.
E.00.XVII.13), chap. III.
2.70. The following approximate formula can be used to estimate change in inventory at current
prices for computing output (see example in table T2.4):
a) Deflate ending inventory by its appropriate price index;
b) Calculate change in inventory at the base year price;
c) Calculate change in inventory in current price by inflating the inventory at the base
year price with the same price index.

31
2. CROP OUTPUT
2.71. The output of a crop is simply the product of the quantity of output and the unit price at basic
prices when the growing and harvesting of crops occur during the same accounting period.
2.72. The output of a crop (or natural growth of cultivated assets) may be generated for the entire
time span covering more than one accounting period from the time the crop is sown to the time it is
harvested. To obtain the output for every accounting period, the harvested products less losses and
wastes (i.e., finished products) must be allocated to each period on the basis of the share of actual
costs (i.e., materials, services and labour) incurred during the period. Assuming that the costs incurred
equally each month during the crop season and the total value of finished products is 100 for the case
shown in table T2.5, the first year will be allocated 4/11 and the second year 7/11 of the finished
products. The example assumes that prices do not change; otherwise, work-in-progress has to be
revalued to current market prices.
2.73. The output of the first year is treated as work-in-progress to be entered into inventory (a part
of gross capital formation). That inventory will have to be withdrawn after the crop is harvested the
following year (negative change in inventory in gross capital formation). This example assumes there
is no change in price.
2.74. The principle described above is not yet widely practiced. Most countries assign output and its
associated costs to the time when crop is harvested. This latter practice is particularly common in the
compilation of quarterly accounts.
TABLE T2.5. ESTIMATION OF CROP OUTPUT: AN EXAMPLE
First accounting year Second accounting year
Crop
sown
Crop
harvested
-4 -3 -2 -1 1 2 3 4 5 6 7 8 9 10 11
Output (last 4 months) = 36.4
Change in inventory = 36.4
Output (first 7 months) = 63.6
Change in inventory = -36.4
3. LIVESTOCK OUTPUT
2.75. The formula for estimating the output of livestock in general is based on the following
relationship:
Output of live animals + imports = animals slaughtered or died of natural causes +
exports + change in animal stock
2.76. Animals have to be divided into two major types:
a) Those that are treated as fixed assets; such as adult dairy animals, animals raised for
their wool, breeding animals or draught animals more than one year old;
b) Those that are treated as work-in-progress, such as those reared for slaughter or
young animals (one year old and less) reared to be used as fixed assets;
c) Output can be first estimated in terms of number and weight and then valued at basic
prices.
2.77. For more detail, see 1993 SNA, paras. 6.94-6.100; and Food and Agriculture Organization of
the United Nations, A System of Economic Accounts for Food and Agriculture (Rome, 1996).

32
4. OUTPUT OF WHOLESALE AND RETAIL SERVICES
2.78. Output of wholesale and retail services, which is called trade margin, is the difference
between sale less the cost to repurchase the good sold at the time it is sold (see table T2.6).
TABLE T2.6. OUTPUT OF WHOLESALE AND RETAIL SERVICES: AN EXAMPLE
T-3 T-2 T-1 T
Product A was
bought at 100
Product A was sold at 120
Market value if the product
sold is to be restocked: 110
In theory: output at basic price = trade margin = 120 – 110 = 10; output is at basic
price since sale is normally recorded net of taxes on products invoiced to purchasers.
In practice: trade margin = 120 – 100 = 20 if inventories are not properly valued (see
paras. 2.67-2.70 above on estimation of market output from sales; the difference of
10 is called holding gain, which is not part of output.
5. OUTPUT OF FINANCIAL INTERMEDIATION SERVICES
2.79. Output of financial intermediation companies in banking, insurance services and pension
fund services cannot be directly measured since such companies do not normally charge their
customers for their services except for some minor incidental services. Banks earn their main source
of income by the difference between the interest earned by providing loans and the interest paid on
deposits. Pension funds and insurance companies accept contributions and invest them in order to pay
their customers. Their output has to be measured indirectly.
Output of banking services
2.80. Output of banking services is measured as follows:
output = explicit service charges + implicit service charges
= explicit service charges + property income receivable (excluding those receivable on own
funds) – interest payments.
2.81. The output of central bank may be calculated by production costs if the output calculated by
the above formula fluctuates unreasonably as a result of its monetary policy.
Output of insurance services
2.82. Output of insurance services is measured as follows:
Output = total actual premiums earned (excluding prepayments of premiums)
plus total premium supplements (equal to the income gained from the investment of the
insurance technical reserves, which also include prepayments, reserves for
pending and unexpected claims)
minus total claims due (including outstanding claims that are not yet paid)
plus change in the actuarial reserves and reserves for with-profits insurance
2.83. The output of insurance services is very likely to fluctuate widely over the years due to the
movement of claim payment. Some countries have introduced the five-year moving average, taking
the average of the current year and the preceding four years to reduce the up-and-down of output and

33
thus value added. When claims are too high, particularly when catastrophic accidents happen, output
may become negative and claims may have to be spread to future years in the calculation of output
and value added. The international organizations are studying the issues in order to come up with a
more appropriate solution. However, one possibility is to measure output of only catastrophic
accidents by production costs.
Output of pension fund services
2.84. Output of pension fund services is measured as follows:
output = total actual pension contributions
plus total supplementary contributions (equal to the income from the investment of the
pension funds technical reserves
minus benefits due
plus change in the actuarial reserves
Output of other financial services
2.85. Output of foreign exchange and securities dealers is measured by trade margins (the
difference between the purchasers’ price of the dealer less the purchasers’ price for the buyer), but
holding gains due to price fluctuation must be excluded (see output of wholesale and retail trade
services).
2.86. Output of other financial intermediation services, such as security, loan and insurance brokers
and advisers on investment, is measured by fees or commissions charged to customers.
2.87. Moneylenders who lend their own funds do not generate output since they do not engage in
financial intermediation.
6. ESTIMATION OF INTERMEDIATE CONSUMPTION FROM PURCHASE OF
MATERIALS
2.88. The use of goods in production, which is part of intermediate consumption, cannot be
obtained directly by asking producers. Business accounts kept by the producers record only purchases
of materials and inventories of materials. The uses of goods in production can be obtained by the
following formula:
uses of materials = purchases of materials - change in inventory of materials
2.88. For approximating change in inventory, the method used for output should be applied.
2.90. For a detailed discussion of the treatment of inventories in SNA see Handbook of Input-Output
Table Compilation and Analysis (United Nations publications, Sales No. E.99.XVII.9) chap. V,
appendix A.

34
7. ESTIMATION OF OUTPUT BY PRODUCTION COSTS
2.91. Output measured by production costs is the sum of the following costs:
a) Intermediate consumption;
b) Compensation of employees:
i) Wages and salaries in cash and in kind;
ii) Employers’ social contribution to social security, insurance schemes and
pension funds;
iii) Benefits for sickness, unemployment, retirement etc. paid by employers
directly to employees (which are called imputed social contributions);
c) Consumption of fixed capital;
d) Other taxes, less subsidies, on production.
8. ESTIMATION OF CONSUMPTION OF FIXED CAPITAL
2.92. Consumption of fixed capital is a cost of production. It measures the decline in the current
values of the stock of fixed assets owned and used by producers as a result of physical deterioration,
normal obsolescence and normal accidental damages during the accounting period.
2.93. Thus, consumption of fixed capital can be measured directly or indirectly. The direct method
is to conduct surveys of produced fixed assets at market at two consecutive periods and then calculate
the decline in the market values of the stock of fixed assets. The indirect method recommended by
SNA is the perpetual inventory method, which uses an approximation of market valuation and is less
costly to implement. Depreciation in business accounting is not acceptable in national accounting
since it is based on historical book values.
2.94. Table T2.7 shows the difference between depreciation used in business accounting and
consumption of fixed capital, which is the economic concept adopted by SNA. The very simple
example given shows how depreciation in business accounts and consumption of fixed capital is
calculated. It is assumed that the fixed asset was bought at time T-3 for 800 and entered in the business
account at this price (e.g., book value or historical value), has a lifetime of four years and will be
scrapped after that. The value of the fixed asset is assumed to decline proportionally over four years
(straight line depreciation).
2.95. Table T2.7, section 1, shows the calculation of depreciation in business or government
accounting. Gross capital formation is recorded at book value. Since the asset survives four years,
depreciation is simply calculated by dividing the book value by four.
2.96. Table T2.7, section 2, shows the calculation of consumption of fixed capital by using the
perpetual inventory method. The method requires first the calculation of gross capital stock and
consumption of fixed capital at the base year price and then the inflating of these values into current
prices by using price indexes. Thus, the following steps are required:
a) The gross capital stock at book value is converted to the price of a base year. In this
example, the base year is set at T-2;
b) The consumption of fixed capital at the base year price is calculated by using the
same straight -line depreciation assumption. Net capital stock at the base year price is
the difference between gross capital stock and consumption of fixed capital;
c) The next step is to derive consumption of fixed capital and net capital stock at current
market values by using the price indexes.

35
TABLE T2.7. DEPRECIATION AND CONSUMPTION OF FIXED CAPITAL
1. Depreciation in business accounting at book value (straight line over 4 years)
Calculating method T-4 T-3 T-2 T-1 T T+1
1 Gross capital formation at book value (GCF) 800
2 Depreciation at book value (D) D= Line (1)/4 200 200 200 200 0
3 Net capital stock at book value, end of perioda
NCS=NCS+GCF-D 0 600 400 200 0 0
2. Consumption of fixed capital in national accounting by the perpetual inventory method
Calculating method T-4 T-3 T-2 T-1 T T+1
4 Price index of fixed asset 100 105 106 115
At base year price of T-2
5 Gross capital formation (GCF) 840
6 Consumption of fixed capital (CFC) = Line (5)/4 210 210 210 210 0
7 Net capital stock, end of period =NCS+ GCF-CFC 0 630 420 210 0 0
At current market price
8 Consumption of fixed capital at current
market prices
=Line (6) price-
adjusted by line (4)
200 210 212 230 0
9 Net capital stock at current market prices, end
of perioda
= Line (7) price-
adjusted by line (4)
600 420 212 0 0
a
By convention, depreciation and CFC start in the year in which GCF takes place.
2.97. As can be seen in table T2.7, section 2, the calculation of the consumption of fixed capital of
one fixed asset with a four-year lifetime at time T requires data on gross capital formation of that kind
of asset from year T-3 on. The consumption of fixed capital of buildings with 30-year lifetime at the
present time will require data on annual gross capital formation of buildings of the same kind for 30
years before that. Thus, the calculation of consumption of fixed capital requires long time-series of
data on gross capital formation, their average service life and their probability of retirement. In
practice, the compilation of net capital stock and the calculation of consumption of fixed capital
require a combination of obtaining an initial benchmark estimate of capital stock (by survey) and a
series of gross capital formation statistics.
2.98. The simple method given in table T2.7 omits the effects of asset mortality, i.e., how assets are
retired around the average service life, especially when there is more than one fixed asset of the same
kind. The assumption of a straight-line depreciation may need to be replaced by a more realistic
assumption that is appropriate for each kind of asset since some depreciate quickly at the beginning
and slowly at the end of their service life, while the opposite is true for others.
2.99. For more detailed information on the perpetual inventory method, readers are advised to
consult the handbook Links Between National Accounting and Business Accounting (United Nations
publishing, Sales No. or the OECD publication Measuring Capital: A Manual on the OECD
publication Measurement of Capital Stocks, Consumption of Fixed Capital and Capital Services
(Paris, 2001).

36
9. RELATIONSHIP BETWEEN CONSUMPTION OF FIXED CAPITAL, NET CAPITAL
FORMATION, NET SAVING AND NET VALUE ADDED
2.100. Gross capital formation is the actual investment expense made to increase stocks of non-
financial assets. However, part of it goes to replace the fixed assets that are used up in production.
The using up of fixed assets is reflected in physical deterioration, normal obsolescence or normal
accidental damages. Thus, the economic increase in fixed assets is net capital formation, which equals
gross capital formation less consumption of fixed capital. Correspondingly, net value added and net
saving are calculated by subtracting consumption of fixed capital from gross value added and gross
saving.

37
EXERCISES ON GDP BY PRODUCTION AND FINAL EXPENDITURE
Given the attached information (which is highly simplified),
1. Estimate gross value added (VA) and VA/output ratio for each of the following industries by ISIC
categories:
A+B Agriculture, hunting, forestry and fishing
C Mining and quarrying
D Manufacturing
E Electricity, gas and water supply
F Construction
G+H Wholesale, retail trade; repair of motor vehicles, motorcycles and personal and
households goods; hotels and restaurants
I Transport, storage and communications
J+K Financial intermediation; real estate, renting and business services
L Public administration and defense; compulsory social security
M+N+O Education; health and social work; other community, social and personal services
P Private households with employed persons
2. Estimate output, intermediate consumption (IC) and gross value added for non-market activities.
3. Estimate GDP by production approach.
4. Estimate final expenditure by type of expenditure:
Final consumption expenditure (C) for government, non-profit institutions serving households
(NPISHs) and households
Gross capital formation (I)
Net exports (X-M)
5. Estimate GDP by expenditure and compare with GDP by production approach.
INFORMATION
A. Market output
Industry Output
(Basic prices)
Intermediate consumption
(Purchasers' prices)
Construction/repairs 300 250
Livestock 150 80
Forestry & fishing 280 96
Oil extraction 100 40
Garments 250 100
Other manufacturing 120 70
Electricity & water 40 15
Transport 145 86
Crops 450 140
Trade mark-up 230 90
Hotels & restaurants 120 55
Real estate 100 67
Business services 90 40
Private schools 40 23
Private hospitals 60 34
Recreation 50 30
Other personal services 100 60

38
B. Non-market economic activities
Central and local government services
Compensation of employees 200
Purchases of material and services (current expenditures only) 100
Consumption of fixed capital 60
Public schools and state colleges and universities (completely free)
Purchases of materials and services (current expenditures only) 40
Public hospitals (completely free)
Purchases of material and services (current expenditures only) 70
Non-government, churches and temples, others
Purchases of materials and services (current expenditures only) 70
C. Other estimated items
Imputed value of owner-occupied dwelling units (based on equivalent
market rent)
150
Purchases of materials and services for minor repairs 30
Residual 120
Consumption of own production of crops 70
D. Import taxes and other taxes on products less subsidies 250
E. Purchases of goods and services by households for consumption 950
F. Gross fixed capital formation 120
G. Change in inventory 20
H. Exports of goods and services f.o.b. 750
I. Imports of goods and services f.o.b. 600
Guides
Non-profit institutions serving households (NPISHs) include non-market economic activities that are
not mainly financed by government.
Non-market activities that are mainly financed by the government should be classified into the general
government sector.
Output of general government and non-profit institutions serving households is calculated as the sum
of compensation of employees, intermediate consumption and consumption of fixed capital.
Final consumption expenditure of government includes output of government services less sales, plus
output of other non-market activities financed by government (public schools and hospitals etc.) less
sales, plus purchases of goods and services by government to be distributed free to households. Final
consumption expenditure of NPISHs includes output of NPISHs less sales plus their purchases of
goods and services to be distributed free to households. In the case that there is own-account gross
capital formation, this own-account output has to be deducted from output to obtain final consumption
expenditure.

39
SOLUTIONS
SOLUTIONS TO QUESTION 1
Industry Output IC VA VA/O
ratios
A+B Agriculture, hunting, forestry, fishing 880 316 564 .6409
Crops 450 140 310 .6889
Livestock 150 80 70 .4667
Forestry & fishing 280 96 184 .6571
C Mining and quarrying 100 40 60 .6000
Oil extraction 100 40 60 .6000
D Manufacturing 370 170 200 .5405
Garments 250 100 150 .6000
Other manufacturing 120 70 50 .4167
E Electricity, gas and water supply 40 15 25 .6250
F Construction, construction repairs 300 250 50 .1667
G+H Wholesale, retail trade; repairs; hotels and restaurants 350 145 205 .5857
Trade mark-up 230 90 140 .6087
Hotels & restaurants 120 55 65 .5417
I Transport, storage and communication 145 86 59 .4069
J+K Financial intermediation; real estate, renting and business services 340 137 203 .5971
Imputed value of owner-occupied dwelling units (taken from part C) 150 30 120 .8000
Real estate 100 67 33 .3300
Business services 90 40 50 .5556
L Public administration and defense; compulsory social security 360 100 260 .7222
Central and local government non-market services (taken from part B) 360 100 260 .7222
M+N+O Education; health; other community, social and personal services 725 327 398 .5490
Public schools, state colleges and universities (taken from part B) 150 40 110 .7333
Public hospitals (taken from part B) 210 70 140 .6667
Private schools 40 23 17 .4250
Private hospitals 60 34 26 .4333
NGO, churches and temples, others (taken from part B) 115 70 45 .3913
Recreation 50 30 20 .4000
Other personal services 100 60 40 .4000
TOTAL 3610 1586 2024 .5607
COMMENTS: Gross value added/output ratios are calculated for the base year when data on output,
intermediate consumption and value added are all available through censuses or annual surveys; those
ratios are then used to estimate gross value added thereafter when only data on output is available.
(see part three for further discussion on the use of those ratios).

40
SOLUTION TO QUESTION 2
1. Output, intermediate consumption, gross value added of non-market activities
Output IC VA
Central and local government 360 100 260
Compensation of employees 200 200
Purchases of materials and services 100 100
Consumption of fixed capital 60 60
Public schools and state colleges and universities 150 40 110
Public hospitals 210 70 140
Non-government, churches and temples 115 70 45
Comments:
1. The solution provides only "estimates", which are the best that one can obtain given the available
information.
2. In computing output or intermediate consumption, one needs to have "use of materials and services",
not "purchases of materials and services". On the one hand, part of the materials purchased may be put
in inventory. On the other hand, materials may be withdrawn from the in inventory to be used in
production. At any point in time, the following balance must be true:
purchase of materials + beginning inventory of materials = use of materials + ending inventory of
materials
use of materials = purchase of materials - increase in inventory of materials
GDP by production approach:
GDP = total gross value added at basic prices + import taxes and other taxes on products
less subsidies
= 2024 + 250 = 2274

41
Final consumption expenditure of the government (GFCE)
Final consumption expenditure of the government is equal to the sum of 720
Output of government services less sales 360
Less Own-account capital formation 0
Plus Other non-market services provided free by government (public schools &
hospitals)
360
Plus Purchases of market goods and services to be distributed to households 0
Final consumption expenditure of non-profit institutions serving households (NPISHFCE)
Final consumption expenditure of NPISH is equal to the sum of 115
Output of NPISH services less sales 115
Less Own-account capital formation 0
Plus Purchases of market goods and services to be distributed free to households 0
Final consumption expenditure of households (HHFCE)
Final consumption expenditure of households is equal to the sum of 1170
Purchases of goods and services by households 950
Imputed value of owner-occupied housing 150
Consumption from own production of crops 70
Gross capital formation (GCF)
Gross fixed capital formation 120
Change in inventory 20
Acquisition less disposal of valuables 0
Net exports (X-M) = exports - imports
= 750 - 600
= 150
GDP by final expenditure approach
GDP = final consumption expenditure + gross capital formation + net exports
GDP = GFCE + NPISHFCE + HHFCE + GCF + net exports
= 720 + 115 +1170 +140 +150
= 2295
Comparison of GDP by production and final expenditure approach
GDP by production approach: 2274
GDP by final expenditure approach: 2295
Difference: 21

42
If one assumes that GDP by production approach is more accurate, then the best GDP estimate is
2274 and 21 is considered statistical error. Thus:
GDP = 2274
Final expenditure = 2295
Statistical error = -21
The statistical error is 0.9 per cent of GDP.
In many developing countries, gross value added/output ratios that are derived from production
survey on establishments for the base year are used to estimate value added. Those data are
supplemented by actual annual data on large corporations, especially state-owned corporations and by
data on government expenditures. Very few countries are financially capable of carrying out surveys
on retail sale or even gross capital formation. Therefore, GDP based on the final expenditure
approach is less reliable. In such situations, the production approach is more reliable than the final
expenditure approach. In some countries, such as the United States, which can afford extensive
surveys on final expenditure, the final expenditure approach is considered more reliable than those
based on value added/output ratios. In other countries which can afford surveys on both production
and final expenditure, it is not possible to know which is more reliable, as is the case in Canada. The
statistical discrepancy is halved: one half is subtracted from the higher estimate of GDP and the other
added to the lower estimate.

43
Chapter 3
Income account of the nation
A. OBJECTIVES
3.1. The income account of the nation attempts to measure various forms of incomes of the
nation. GDP is not an income concept but an aggregate measure of output of goods and services
resulting from the production activity of all resident units within the borders of a country that are
available for final uses.
3.2. One important gross income concept of the nation is the net income (receipts less payments)
received by resident units of the economy as a result of its ownership of factors of production (i.e.,
labour and capital, including financial and non-financial produced and non-produced capital). This is
called gross national income.
3.3. Another important gross income concept is gross national disposable income, which is the
income that is available for final uses for the nation after redistribution of income between the
economy and the rest of the world.
3.4. The distribution and redistribution of income between domestic sectors of the economy (i.e.,
households, corporations, government) and between the economy and the rest of the world would
have significant effects on the economic behaviour of those institutional sectors (that problem is
discussed at the end of the present chapter; but for a thorough presentation on definitions of
institutional sectors, see chap. 9). It is important to point out that for the total economy, the
distribution and redistribution between domestic sectors will cancel each other out since a payment by
one sector is a receipt by another. Only transactions with the rest of the world will have an effect on
aggregate national income concepts.
B. IMPORTANT INCOME CONCEPTS
3.5. The following are important income concepts in national accounts:
a) Primary income;
b) Gross national income;
c) Current transfers;
d) Gross national disposable income;
e) Gross saving.
C. PRIMARY INCOME
3.6. Primary income is the kind of income derived from factors of production (i.e., labour and
capital, including financial and non-financial produced and non-produced capital) and government
power to tax.

44
3.7. Primary income is generated in the production activity of resident producers and distributed
mostly to other residents but also partly to non-residents. At the same time, residents also receive
primary income from the rest of the world.
3.8. Primary income includes:
a) Compensation of employees (labour cost);
b) Taxes on production and imports;
c) Mixed income: mixed income is the mixture of compensation of employees and
operating surplus applied to the households that carry out economic activities but do
not keep business accounts and therefore mix the payment to themselves and the
operating surplus;
d) Property income:
i) Interest (excluding financial intermediation service charges indirectly
measured – (FISIM);
ii) Distributed income from corporations:
e) Dividends;
f) Withdrawals from income of quasi-corporations;5
i) Reinvested earnings on direct foreign investments;6
ii) Rent on land and sub-soil assets;
g) Property income attributed to insurance policy holders.
D. GROSS NATIONAL INCOME
3.9. Gross national income is the aggregate income of the nation generated by its production and
its ownership of factors of production less the incomes paid out for the use of factors of production
owned by the rest of the world.
3.10. Gross national income is operationally defined in relation with GDP as follows (see also
figure F3.1):
GNI = GDP + primary income receivable from the rest of the world (row) – primary
income payable to the rest of the world
In more specific form:
GNI = GDP + compensation of employees and property income receivable from the
rest of the world – compensation of employees and property income payable
to the rest of world7
5
This applies to sole proprietorships and partnerships, which are not independent legal entities, whose owners
do not pay to themselves salaries but withdraw income from operating surplus and net property income for their
own use.
6
Undistributed to the rest of the world. The imputed distributed earnings are then imputed as additional
financial investment. Shares of foreign investors as a consequence increase. That treatment affects the rest of
the world account (or the balance of payment).
7
The distribution of GDP in terms of compensation of employees, taxes on production and imports and
property income among the domestic sectors will cancel each other out. Only transactions with the rest of the
world remain. With respect to the rest of the world, the labour factor (in terms of compensation of employees)
captures the production income that is generated by residents working temporarily outside of the country, such
as seasonal workers, and the reduction in production income due to payment to temporary workers inside the
country.

45
3.11. GNI was previously called gross national product (GNP). The reason for the change is that
GNP is an income concept and not an output concept like GDP.
Figure F3.1. Relationship between GDP and gross national income
E. CURRENT TRANSFERS: TRANSACTIONS WITHOUT RECEIVING GOODS
AND SERVICES IN RETURN
3.12. Current transfers are current transactions without receiving goods and services or capital in
return as a counterpart in the same accounting period and not involving capital transfers.
3.13. Current transfers include:
a) Social contributions to and benefits from social insurance schemes (see table T3.1),8
b) Taxes on income;
c) Net non-life insurance premiums (i.e., excluding insurance service charges, which are
the output of non-life insurance services) and claims other than social insurance;
d) International assistance for current uses;
e) Immigrants' remittances;
f) Other miscellaneous transfers.
F. GROSS NATIONAL DISPOSABLE INCOME
3.14. Gross national disposable income is the income available for final consumption of goods and
services.
8
Premiums paid to and benefits received from life insurance policies do not appear in the system. If they are
part of group life insurance, premiums are included in social contributions and claims are included in social
benefits from social insurance schemes. Individual life insurances (i.e., non-group) are considered part of the
saving of households that is used to acquire financial assets; benefits are considered as a reduction in the
financial assets of households. Thus, SNA does not show payment of premiums and receipts of claims of
individual life insurance. The net transaction (premiums – claims – service charges) is treated as an increase in
assets of households and an increase in liabilities of insurance companies. Property income generated from
premiums by the insurance companies (insurance supplement) is treated as property attributable to insurance
policy holders (i.e., households) from insurance companies. For a detailed discussion of treatment of insurance,
social insurance and pension funds, see SNA, annex IV.
Primary income
from the rest of
the world
Primary income to
the rest of the world
GDP
GNI =

46
3.15. The difference between gross national disposable income and final consumption is gross
saving (negative if final consumption is greater than disposable income).
FIGURE F3.2. RELATIONSHIP BETWEEN GROSS NATIONAL INCOME AND GROSS
NATIONAL DISPOSABLE INCOME
TABLE T3.1. CLASSIFICATION AND EXPLANATION OF SOCIAL CONTRIBUTIONS
AND SOCIAL BENEFITS
Social insurance scheme must satisfy one of the following requirements: (a) participation is compulsory either by law or
conditions of employment; (b) the scheme is operated on behalf of a group and restricted to group members; (c) an
employer makes a contribution on behalf of an employee (for a detailed description of how social insurance schemes
may include group pension, life and non-life insurances as well as how individual (i.e. non-group) life and non-life
insurances are recorded in various accounts of SNA).
Social contributions by households Social benefits to households
1.1 Employers’
actual social
contribution:
This item is paid directly to organized
social funds, such as social security
funds, pension funds and insurance
companies, for the benefit of employees.
It is treated as part of compensation to
employees and as an imputed item
contributed by employees to social funds.
2.1 Social benefits
other than social
transfers in kind
Benefits received by
households from the social
schemes on the right side (1.1
to 1.4).
1.2 Employees’
social
contribution
Paid from employees’ wages and salaries. 2.12 Social security
benefits in cash
From social security funds
1.3 Social
contribution by
self-employed
and non-
employed
persons
Contributions by households to organized
social funds, such as social security
funds.
2.13 Private
funded social
benefits
In cash or in kind paid by
insurance companies or other
institutional units
administrating private funded
social insurance schemes.
1.4 Imputed
social
contributions
This is an imputed item to account for the
benefits employers are expected to pay
directly to employees without going
through organized social funds. It may
be difficult to estimate those benefits and
therefore it may be assumed to be the
same as unfunded benefits (such as
education grants, retirement benefits,
medical payment not related to work etc.)
paid to employees shown on the right
side (2.14).
2.14 Unfunded
employees social
benefits
In cash or in kind. (see
explanation under 1.4 on the
right side).
2.15 Social
assistance benefits
in cash
Payments by government or
non-profit institutions which
are not received from social
insurance schemes.
GNDI =
GNI
Current transfers from
the rest of the world
Current transfers to the
rest of the world

47
FIGURE F3.3 DERIVATION OF GROSS SAVING
G. RELATION BETWEEN INCOME OF INSTITUTIONAL SECTORS AND THE
TOTAL ECONOMY
3.16. The distribution and redistribution of incomes between sectors (i.e., the government sector,
the household sector, the non-financial corporations, the financial corporations and the rest of the
world) have significance for the formation of gross disposable income that can be used for either final
consumption, saving or capital formation of each sector. Table T3.2, which is extracted from table
T3.3, shows that households obtain income from their own production activities (gross value added)
and from being employed in the labour market (compensation of employees) and property income by
investing in the financial market, and must also pay out taxes and property income. The balance of
primary income, which makes up the gross national income, is 170. Also, owing to the receipt of
social benefits and current transfers net of the payments of income taxes, social contributions and
other current transfers, the gross disposable income of households is 182. Gross disposable income
may be significantly higher than the balance of primary income.
TABLE T3.2 HOUSEHOLD INCOME
Uses Resources
Gross value added at basic prices 32
Other taxes less subsidies on production 1
Property income 2 10
Balance of primary income 170
Current taxes on income 50
Social contributions 40
Social benefits other than in kind 101
Other current transfers 20 21
3.17. The distribution and redistribution of income between domestic sectors do not affect
gross national income (GNI) and gross national disposable income (GNDI) since a receipt by one
sector cancels out a payment by the other. That is why GNI can be calculated by a simple formula:
GNI= GDP+ compensation of employees and property income receivable from the rest of the world -
compensation of employees and property income payable to the rest of the world. (GNI = 216+3+3-
Gross
national
disposable
income
Gross saving
Final
consumption

48
5=217). Gross national disposable income is similarly calculated by adding to GNI net current
transfers from the rest of the world. (GNDI (226) = GNI (217) + (10-1)).
3.18. In table T3.3, the integrated accounts show the sequence of accounts of each institutional
sector separately in two columns: uses (U) and resources (R). The balancing item at the end of each
account on the left side is derived as a difference between the sum of sources and the sum of uses.
The balancing item then becomes resources on the right side of each account. For example, for the
household sector, the balance of primary income is equal to (32+131+10)-(1+2)=170. The accounts
of the total economy are the sum of the accounts of the sectors, line by line. The table is a condensed
version of SNA for illustration purposes: it combines the generation of income account and the
allocation of primary income in one account (for example of the full integrated account, see annex).
The following should be noted:
a) In line 1, under “Total economy”, the figure 216 is GDP, which is the sum of gross
value added at basic prices of all institutional sectors (196=146+12+6+32) and taxes
less subsidies on products (20) (the latter is not shown in the table);
b) In line 3, in all institutional sectors, the values paid out (i.e., on the use side) are
“other taxes on production” only. For the total economy on the use side, taxes less
subsidies (20) are added to “other taxes on production” (3) to obtain “taxes less
subsidies on production and imports” (23). The whole value of “taxes less subsidies
on production and imports” (23) is received by the government on the resource side;
c) In line 14, net equity of households in pension funds contributed as social
contributions is kept in the accounts of financial institutions. In order to show the
actual gross saving of the households, the adjustment imputes a payment from the
financial sector to the household sector. It is assumed here that pension funds are
managed by the financial sector. In reality, pension funds may be managed by the
government.

49
TABLET3.3.NATIONALANDSECTORALINCOMESINTHEINTEGRATEDACCOUNTS
Non-financial
corporations
Financial
corporationsGovernmentHouseholdTotaleconomy
Restoftheworld
sectorTotalschecking
URURURURURUR
ALLOCATIONOFPRIMARYINCOME
1Grossvalueadded/GDP14612632216196216
2Compensationofemployees1207613113313135136136
3Taxeslesssubsidiesonproductionandimports2002312323
4Propertyincome1411108442103033303333
5Balanceofprimaryincome/grossnationalincome21323170217
SECONDARYDISTRIBUTIONOFINCOME
6Balanceofprimaryincome/Nationalincome21323170217
7Currenttaxesonincome81595059595959
8Socialcontributions30104040404040
9Socialbenefitsotherthaninkind14060101101101101101
10Othercurrenttransfers9203202132411014242
11Grossdisposableincome/GNDI12329182226
USESOFDISPOSABLEINCOME
12Grossdisposableincome/GNDI12329182226
13Finalconsumptionexpenditures0011152163
14Adjustmentforchangeinnetequityofhouseholdsin
pensionfunds
10101010
15Grosssaving12-7184063

50
EXERCISE ON GROSS NATIONAL INCOME, GROSS NATIONAL DISPOSABLE
INCOME AND GROSS SAVING
Given GDP, final consumption and the information on the current account of the balance of payments
provided below, identify primary income, current transfers and estimate gross national income,
disposable income and saving.
Information
GDP = 2224
Final consumption = Final consumption expenditure of the government
+ Final consumption expenditure of non-profit institutions serving
households
+ Final consumption expenditure of households
= 2145
Current account Credit (receivable) Debit (payable)
A. Goods and services
Exports 550
Imports 600
B. Income
Direct investment income
Income on equity (dividends) 30
Income on debt (interest) 5 40
Portfolio investment
Investment on equity (dividends) 15
Investment on debt (interest) 20
Other investment
Interest
Imputed income to households from net equity in
life insurance and pension funds
1 3
C. Current transfers
General government (grants current expenditure) 100
Other sectors
Workers' remittances 200
Other transfers 20 5
SOLUTION
Primary income
Receivable Payable
Primary income 6 118
Other taxes less subsidies on production
Property income 6 108
Dividends 45
Interest 5 60
Net equity in insurance & pension 1 3

51
Gross national income = GDP
+ Primary income receivable
- Primary income payable
-
= 2224 + 6 - 118
= 2112
Current transfers
Receivable Payable
Current transfers 320 5
Gross national disposable income (GNDI)
GNDI = Gross national income
+ Current transfers receivable
- Current transfers payable
= 2112 + 320 - 5
= 2427
Gross saving
Gross saving = Gross national disposable income - Final consumption
= 2427 - 2145
= 282
Comments: Given the information in the balance of payments (BOP) without details, estimates of
primary income and therefore gross national income are inexact. The reasons are: (1) other taxes less
subsidies on production are classified as part of current transfers in BOP; (2) implicit financial service
charges were either included in or deducted from interest, so they must be adjusted to get the true
income flows. See Links between Business Accounting and National Accounting (United Nations
publication, Sales No.E.00.XVII.13), chap. I.

52
Chapter 4
Capital account of the nation
A. OBJECTIVES
4.1. The capital account attempts to identify investment in non-financial assets and the funds that
can be used to finance them.
4.2. Funds come from:
a) Gross saving (internal source);
b) Net capital transfers (received less paid), which are the external source of funds
without a return of goods and service to the counterpart, such as grants from the rest
of the world for the purpose of gross capital formation;
c) Net borrowing or net lending from the rest of the world.
4.3. Investment in non-financial assets includes:
a) Gross capital formation;
b) Net acquisition of non-produced non-financial assets from the rest of the world.9
4.4. The capital account also attempts to identify new or additions to capital assets by the
following types (for a more complete classification of assets, see table T2.3):
a) Dwellings;
b) Other buildings and structures;
i) Non-residential buildings;
ii) Other structures;
c) Machinery and equipment:
i) Transport equipment;
ii) Other machinery and equipment;
d) Cultivated assets:
i) Livestock for breeding, dairy, draught etc.;
ii) Vineyards, orchards and other plantations of trees yielding repeat products;
e) Mineral exploration;
f) Computer software;
g) Entertainment, literary or artistic originals;
h) Other intangible fixed assets.
4.5. Net lending / net borrowing from the rest of the world can be derived by the following
formula (see table T4.1 for the relationships):
9
See the exception rule given below figure F4.1.

53
net lending (+) or net borrowing (-) = gross capital formation + net acquisition of
non-produced assets - (gross saving + net capital transfers)
FIGURE F4.1. GROSS CAPITAL FORMATION
Capital transfers
from the rest of
the world
Gross saving
Source of funds
for GCF
Gross capital
formation
Non-produced
assets (patented
entities only)
Net borrowing
from the rest of
the world
Exception rule: SNA assures that transactions of produced fixed assets, such as buildings, and
other non-produced assets, such as land, sub-soil assets and legal constructs (leases etc.)
between residents of a national economy and the rest of the world are effected between residents
since those assets remain in the economy and serve the production activities in the economy. As
a result, SNA creates a notional resident unit, representing non-residents, that owns them. Since
transactions among residents cancel each other out (a purchase cancels out a sale), changes in
non-produced assets above include only intangible non-produced assets, such as patented
entities. Purchases of those assets by non-residents are treated as purchases of financial
assets.

54
B. INVESTMENT IN NON-FINANCIAL ASSETS AND SOURCES OF FUNDS
4.6. The relationship between resources and uses in the capital account is described in table T4.1.
TABLE T4.1 RELATIONSHIP BETWEEN RESOURCES AND USES IN THE CAPITAL
ACCOUNT
Uses Resources
Gross capital formation Gross saving
Acquisition less disposal of non-financial, non-
produced assets from rest of the world
Net capital transfers are without-a- counterpart
transfers from the rest of the world, such as
investment grants (see box below)
Net lending (+) or Net borrowing (-) from rest of
the world
C. GROSS SAVING
4.7. From the SNA point of view, gross saving includes consumption of fixed capital (similar to
depreciation but revalued at market prices).
4.8. From the business point of view, gross saving includes depreciation (funds treated by
business as cost of production but in fact set aside as a source of funds for investment).
4.9. Gross saving in SNA is not the same as gross saving from the business point of view since
consumption of fixed capital is not the same as depreciation.
Capital transfers: Capital transfers differ from current transfers in that they involve the
acquisition or disposal of assets by at least one party of the transaction. Capital transfers can
be in cash or in kind. They include:
Capital taxes levied at irregular intervals on the value of assets or net worth owned by
institutional sectors or transferred as gifts, legacies or inheritance.
Investment grants in cash or in kind (grants by government for interest relief, even for
encouraging GCF, are excluded; they include, however, the financing of GCF and also the
payment of interest).
Other capital transfers, such as payment to owners of capital destroyed by political
events or natural calamities, payment to cover losses accumulated over several years,
transfers between government units to cover unexpected expenditure or accumulated
deficits, non-recurrent bonus payment to households to reward savings carried out over a
number of years, cancellation of debts by agreement, payment in compensation of
extensive damages not covered by insurance policies, extraordinary payment by
government or employers to increase the actuarial reserve of social insurance funds and
redistribution of realized capital gains from insurance companies to households.

55
Chapter 5
Financial account of the nation
A. OBJECTIVES
5.1. The financial account of the nation, also known as the flow of funds when extended to cover
flows between various sectors, attempts to identify "investment" in financial instruments, debts and
forms of debts, as well as to derive net lending or net borrowing.
5.2. The difference between the total change in financial assets and the total change in liabilities is
net lending if the difference is positive and net borrowing if it is negative (see table T5.1).
5.3. The account shows (a) how net borrowing of the nation was carried out, either by incurring
liabilities or reducing financial assets, and in what type of financial instrument, or (b) how net lending
operated, either by acquiring financial assets or reducing liabilities, and in what type of financial
instrument.
TABLE T5.1. RELATIONSHIP BETWEEN CHANGES IN FINANCIAL ASSETS AND
LIABILITIES
Assets Liabilities
Net lending (+) / Net borrowing (-)
Change in financial assets: Change in financial liabilities:
Monetary gold and SDRs
Currency and deposits
Currency
Transferable deposits
Other deposits
Currency and deposits
Currency
Transferable deposits
Other deposits
Securities other than shares (like bonds, bills,
certificates of deposits, commercial papers,
debentures, etc.)
Short-term
Long-term
Securities other than shares (like bonds, bills,
certificates of deposits, commercial papers,
debentures, etc.)
Short-term
Long-term
Loans
Short-term
Long-term
Loans
Short-term
Long-term
Shares and other equity (like stocks, foreign direct
investment, etc.)
Shares and other equity (like stocks, foreign direct
investment, etc.)
Insurance technical reserves (net equity in pension
and life insurance funds)
Insurance technical reserves (net equity in pension
and life insurance funds)
Financial derivatives Financial derivatives
Other accounts receivable
Trade credits and advances
Others
Other accounts payable
Trade credits and advances
Others

56
B. DEFINITION OF ASSETS AND LIABILITIES
5.4. An economic asset is a store of value over which ownership rights are enforced, individually
or collectively, and from which the owner may derive economic benefits by holding it or using it over
a period of time. Economic benefits include primary income and possible holding gains or loss due to
change in the prices of assets. An economic asset may be in the form of buildings, currency,
securities, shares and other equity, loans and accounts receivable.
5.5. Liability is a debt, an amount owed to creditors, a financial obligation or a claim against
assets. Domestic currency, for example, is a financial liability or obligation of the central bank that
issues it, and an asset of those who hold it. A provider of loan holds an asset of loan against those
who borrow and who thus have a liability to the provider of the loan.
5.6. Transactions in financial assets are recorded at the prices at which the assets are acquired or
disposed of, excluding service charges, fees or commissions provided in carrying out the transactions.
Those costs of changes in ownership are recorded as purchases of financial services, a part of
intermediate consumption, in the production accounts of the transactors who pay. That treatment is
different from that of costs of changes in ownership of non-financial assets.
5.7. A financial asset always has a financial liability as a counterpart except for gold that is used
as money or for special drawing rights (SDRs) issued by the International Monetary Fund.
5.8. In the account, an increase in a liability or an asset is recorded as a positive value, while a
reduction in a liability (for example, payment or repurchase) or an asset is recorded as a negative
value.
5.9. The financial account records only changes in financial assets and liabilities. Stocks of
liabilities and financial assets are recorded in the balance sheets.
5.10. Since the financial account of the nation records only changes in liabilities and financial
assets by types, it does not reveal the flow of funds from one institutional sector to another, as is the
case in the integrated financial accounts of the institutional sectors.
C. RELATION WITH THE CAPITAL ACCOUNT
5.11. The financial account records changes in financial assets on the left and in financial liabilities
on the right. The difference between the totals is either net lending (+) or net borrowing (-) from the
rest of the world.
5.12. Net lending / net borrowing of the financial account and the capital account are independently
calculated, but in principle they must be the same.
5.13. Net lending / net borrowing calculated from the total economy must be equal to net lending /
net borrowing calculated from the rest of the world in absolute value but opposite sign.

57
TABLE T5.2. FINANCIAL ACCOUNT OF THE NATION: AN EXAMPLE
Assets Liabilities
Net lending (+)/borrowing (-) -100
Change in financial assets:
o Foreign currencies
o Foreign share
-50
-30
-20
Change in financial liabilities:
o Loans
50
50
Note: Net borrowing of a country (100 in this instance) can take many forms: an increase in liabilities
(for example, loans) to foreign countries, a reduction in the holding of foreign assets (for example,
foreign currencies, stocks) or a combination of the two.

58
EXERCISE ON CLASSIFICATION OF TRANSACTIONS
Economic flows reflect the creation, transformation, exchange, transfer or extinction of
economic value. Economic flows are of two kinds: transactions and other flows.
A transaction is an economic flow that is an interaction between institutional units by mutual
agreement or an action within an institutional unit that it is analytically useful to treat like a
transaction.
Transactions may be in the form of:
o Goods and services.
o Income (distributive).
o Financial instruments.
Other flows are changes in the value of assets and liabilities that do not take place in
transactions.
The compilation of different accounts requires an appropriate classification of transactions
and other flows. The following exercise requires the classification of the information given
below in the following categories: output, intermediate consumption, primary income
(compensation of employees, other taxes on production, property income), current transfers,
gross capital formation, acquisition less disposal of non-produced assets, change in financial
asset, change in financial liability (by detailed items).
Information
Principal party Counterpart party
A household pays $500 for the electric bill to the electric
company
Final consumption
expenditure
Output
A household produces 2 tons of rice for own consumption
$2 million grant is received from Japan for the
construction of a bridge
Households buy thread worth $10 from a corporation to
be used for weaving of cloth
A corporation pays corporate income taxes
A joint venture reinvests its earnings in the country
A corporation purchases materials for production, with a
promise to pay the following year
Households receive money gift from relatives abroad
Households receive consumer goods as gift from relatives
abroad
A corporation is supposed to pay interest to a bank but is
unable to pay and the interest is not written off
Loss realized due to a decline in the stock market
Gain realized in selling a house
A corporation pays rent on a building it rents
A corporation pays rent on a piece of land it rents
A corporation issues bonds
NOTE: It is important to recognize that the correct classification of transactions is crucial in national
accounting. A transaction which is intermediate consumption, if incorrectly classified as property income, will
increase GDP, and vice versa.

59
SOLUTION
Principal party Counterpart party
A household pays $500 for the electric
bill to the electric company
Final consumption
expenditure
Output
A household produces 2 tons of rice for
own consumption
Final consumption
expenditure
Output
$2 million grant is received from Japan
for the construction of a bridge
Capital transfer receivable,
output
Capital transfer payable,
Output, gross capital
formation
Households buy thread worth $10 from a
corporation to be used for weaving of
cloth
Intermediate consumption Output
A corporation pays corporate income
taxes
Current transfer Current transfer
Joint venture reinvests its earnings in the
country
Dividend receivable and
increase in share (asset)
Dividend payable and
increase in share (liability)
A corporation purchases materials for
production, with a promise to pay the
following year
Intermediate consumption,
increase in account payable
(liability)
Output, increase in account
receivable (asset)
Households receive money gift from
relatives abroad
Current transfer Current transfer
Households receive consumer goods as
gift from relatives abroad
Current transfer, imports of
goods, final consumption
expenditure
Current transfer, exports of
goods
A corporation is supposed to pay interest
to a bank but is unable to pay and the
interest is not written off
Property income payable,
accounts payable (liability)
Property income receivable,
accounts receivable (asset)
Loss realized due to a decline in the stock
market
Other flow (revaluation of
financial assets)
Gain realized in selling a house Other flow (revaluation of
non-financial assets)
A corporation pays rent on a building it
rents
(rental in the SNA)
Output
A corporation pays rent on a piece of land
it rents
Property income (rent in the
SNA)
Property income
A corporation issues bonds Increase in securities other
than shares (liability)
Increase in securities other
than shares (asset)

60
Chapter 6
Rest of the world account
A. OBJECTIVES
6.1. The rest of the world account identifies:
a) Deficit or surplus with the rest of the world in trade in goods and services, current
transactions and net lending (+) or net borrowing (-);
b) Capital and financial transactions with the rest of the world;
c) The international investment position, i.e., the holding of financial assets and
liabilities vis-à-vis the rest of the world, essentially debt;
d) Conceptually, the rest of the world account is the same as the balance of payments
and has the same sub-accounts, but its sub-accounts are aggregated differently for
different purposes;
e) The present chapter explains the transactions with the rest of the world, the major
balances in the account, and the relation between the rest of the world account and
trade statistics.
B. TRANSACTIONS WITH THE REST OF THE WORLD
6.2 A transaction between the domestic institutional sectors and the rest of the world is a
transaction between residents of an economic territory and non-residents.
6.3 A transaction of goods and services from residents to non-residents is an export and from
non-residents to residents is an import (see also definition of residents and non-residents and exports
and imports of goods and services provided in paras. 2.48-2.59 above.
6.4 Other current transactions include property incomes and other current transfers.
6.5 Capital transfers are transactions in which the provider provides a good, a service or asset to
another unit without receiving in return from the latter any counterpart in the form of a good, service
or asset.
6.6 Financial transactions include all transactions between domestic sectors and the rest of the
world that increase or reduce their financial assets and liabilities. A deposit in a bank in the rest of the
world increases the financial asset of the economy and the financial liability of the rest of the world.
A payment to reduce the principal of a loan from the rest of the world reduces the financial liability of
the economy and the financial asset of the rest of the world.

61
C. BALANCES IN THE REST OF THE WORLD ACCOUNT
6.7 The balances in the rest of the world account may be illustrated as follows:
Exports less imports Trade balance of goods and
services
Trade balance + net primary income
from the rest of the world + net current
transfers from the rest of the world
Current external balance
Current external balance + net capital
transfers from the rest of the world
Net borrowing (-) or net lending
(+) from/to the rest of the world
Financial transactions (changes in assets
and liabilities) with the rest of the world
Net borrowing (-) or net lending
(+) from/to the rest of the world
Assets and liabilities with the rest of the
world
Change in net worth vis-à-vis the
rest of the world or change in
international financial position
D. RELATION BETWEEN TRADE STATISTICS AND TRADE BALANCE OF
GOODS AND SERVICES
6.8. Trade statistics cover only imports and exports of goods crossing borders.
6.9. SNA and the balance of payments record change of ownership and therefore also include
goods and services that do not cross borders as long as they are transactions between residents and
non-residents (except for non-produced assets and buildings located in the country).
6.10. SNA values exports and imports of goods f.o.b.
6.11. Imported goods are normally valued c.i.f., that is, including freight and insurance (F&I) to
bring goods to destination.
6.12. A part of freight and insurance services may be provided by residents (domestic output of
services) and another by non-residents (imported services). Therefore, when imports of goods are
valued c.i.f., they also include some domestic services of freight and insurance.
6.13. When imports are valued f.o.b., that is, when freight and insurance services on imported
goods are excluded, imports contain only values of goods.
6.14. Exports are always valued f.o.b. in trade statistics and national accounts.
6.15. Exports and imports of services must be separately collected and then added to exports and
imports of goods in order to arrive at total exports and imports of goods and services. In addition,
illegal exports and imports and exports of goods and services not crossing borders between residents
and non-residents must also be estimated to add in the totals.

62
TABLE T6.1. REARRANGEMENT OF TRADE STATISTICS INTO THE REST OF THE
WORLD ACCOUNT: AN EXAMPLE
Trade statistics Rest of the world account
Imported goods c.i.f. 26 Imports of goods f.o.b. 23
Goods f.o.b. 23 Equal Imports of goods c.i.f. 26
F&I provided by residents 1 Less F&I on imported goods -3
F&I provided by non-residents 2
Imports of other services Imports of other services 10
Exports of goods 30 Exports of goods and services 38
Balance of trade 5

63
Chapter 7
Balance sheet of the nation
A. OBJECTIVES
7.1. The balance sheet:
a) Takes stock of the type and value of all financial and non-financial assets and
liabilities (debts) of the economy at the beginning and end of the year;
b) Identifies the changes in net worth and their sources leading to the "net wealth" of the
nation.
7.2. The stock of fixed assets, as part of the balance sheet, is an important statistic for studying
and planning economic growth.
B. COMPONENTS OF BALANCE SHEET
7.3. The difference between the closing balance sheet and the opening balance sheet is the
changes in the balance sheet. Changes are the results of four factors that occur during the accounting
period:
a) Gross capital formation and change in non-produced assets: changes that are the
direct result of production activities of the nation and transactions in capital goods
and services;
b) Net acquisition of financial assets: changes that are the result of financial
transactions in the economy and with the rest of the world;
c) Other changes in volume: changes that are due to such factors as discoveries or the
depletion of natural, unproduced resources, such as minerals, or destruction by war
and natural catastrophes;
d) Other changes due to revaluation: changes that are due to changes in the prices of
assets, which are reflected in holding gains and losses.

64
FIGURE F7.1. BALANCE SHEET OF THE NATION
C. NET WORTH
7.4. Net worth of the nation is equal to the total value of assets less the total value of liabilities.
7.5. Change in the net worth can be broken down into three components:
a) Change due to transactions (gross capital formation and net acquisition of non-
produced and financial assets);
b) Change due to changes in volume (natural discovery, destruction, inventions);
c) Change due to increase/decrease in prices (revaluation).
Opening balance sheet
Gross capital
formation
& change in
non-produced
assets
Net acquisition
of
financial assets
Other
changes in
volume
Changes due to
revaluation
Closing balance sheet

65
Chapter 8
SNA framework for the total economy
8.1 The present chapter summarizes the relationships in the sequence of accounts of the economy
and the rest of the world.
FIGURE F8.1. SUMMARY OF TRANSACTIONS WITHIN THE ECONOMY AND WITH THE REST OF
THE WORLD
Balance sheets
Supply and use of goods and
services
Income account /
financial account Rest of the world account
Opening
balance sheet
Domestic output GDP Net export
+
Supply Primary income
Intermediate consumption GNI +
+ Current transfers
Final consumption Disposable income
=
Gross capital formation Saving
Change in
financial &
non-financial
assets and
liabilities
Fund for investment
Net lending (+) / net borrowing
(-)
Net lending (+) /net borrowing
(-)
= Net acquisition of financial
assets and net incurrence of
liabilities
Net acquisition of financial
assets and net incurrence of
liabilities
Closing
balance sheet

66
8.2. Figure F8.1 summarizes the transactions within the economy and with the rest of the world.
The four columns in the figure represent the different SNA accounts: the balance sheet; the supply
and use of goods and services (which can be used to derive the production and capital accounts);
generation, distribution and use of income accounts; and the rest of the world account. Flows and
uses of incomes are shown to affect different accounts of the total economy. Below the broken line in
the income and rest of the world accounts, net lending / net borrowing can be independently derived
by taking the difference between net acquisition of financial assets and net incurrence of liabilities.
See also figure F1.1.
8.3. Table T8.1 gives an example of a condensed sequence of accounts of the total economy and
the rest of the world. The full sequence of accounts, with all institutional sectors of the economy, is
contained in the annex. Institutional sectors are explained in part two. For convenience of
comparison, the numbering of the table in the annex is kept, except for lines 1-19, due to the fact that
many intermediate accounts have been dropped from the abbreviated sequence of accounts. The
column checking is designed to verify whether the total use is equal to the total resource for each
appropriate line. The total is the sum of the rest of the world and the total economy.
TABLE T8.1. AN EXAMPLE OF THE FULL SEQUENCE OF ACCOUNTS OF THE TOTAL
ECONOMY AND THE RELATION WITH THE REST OF THE WORLD
Rest of the world
sector
Total economy Totals checking
(5) (6) (7)
U R U R U R
PRODUCTION ACCOUNTS
1 Imports f.o.b. 28
2 Exports f.o.b. 41
3 External balance of goods & services -13
4 Output at basic prices 376
5 Intermediate consumption 180
6 Gross value added at basic prices 196
7 Compensation of employees 133
8 Wages and salaries 121
9 Employers social contributions 12
10 Other taxes on production 3
11 Gross operating surplus 29
12 Gross mixed income 31
13 Taxes less subsidies on products 20
14 GDP 216
ALLOCATION OF PRIMARY INCOME
15 External balance of goods & services -13
16 GDP 216
17 Compensation of employees 3 5 133 131 136 136
18 Property income 3 0 30 33 33 33
19 Gross national income 217

67
TABLE T8.1. (continued)
Rest of the world
sector
(5) (6) (7)
U R U R U R
SECONDARY DISTRIBUTION OF INCOME
27 Balance of primary income/Gross national income 217
28 Current taxes on income 59 59 59 59
29 Social contributions 40 40 40 40
30 Social benefits other than in kind 101 101 101 101
31 Other current transfers 10 1 32 41 42 42
32 Gross national disposable income 226
USES OF DISPOSABLE INCOME
38 Gross disposable income 226
39 Final consumption expenditures 163
42 Gross saving 63
43 Current external balance -23
CAPITAL ACCOUNTS
45 Gross saving 63
46 Current external balance -23
47 Gross capital formation 40
48 Consumption of fixed capital 12
49 Net capital formation 28
50 Acquisition less disposal of non-produced assets 0
51 Capital transfers, receivable 2 2
52 Capital transfers, payable -1 -1 -2
53 Net lending (+) / Net borrowing (-) -24 24
FINANCIAL ACCOUNTS
54 Net lending (+) / Net borrowing (-) -24 24 0
55 Net acquisition of financial assets -4 110 106
56 Net incurrence of financial liabilities 20 86 106
57 Currency and deposits and the like -1 2 14 11 13 13
58 Securities other shares -2 7 32 23 30 30
59 Loans 0 8 31 23 31 31
60 Shares and other equity -3 3 10 4 7 7
61 Insurance technical reserves, net equity 0 0 18 18 18 18
66 Other accounts receivable/payable 2 0 5 7 7 7

68
TABLE T8.1. (continued)
Rest of the world
sector
(5) (6) (7)
U R U R U R
BALANCE SHEETS
OPENING BALANCE SHEETS
67 Non-financial assets 0 1131
68 Produced assets 611
69 Non-produced assets 520
70 Financial assets/liabilities 54 25 624 600 678 625
71 Opening net worth 29 1155 1184
CHANGE IN THE BALANCE SHEETS from
CAPITAL AND FINANCIAL ACCOUNTS
73 Produced assets 0 28
74 Non-produced assets 0 0
75 Financial assets/liabilities -4 20 110 86 106 106
OTHER CHANGES IN VOLUME & REVALUATION
76 Non-financial assets 100
77 Produced assets 56
78 Non-produced assets 44
Change in net worth -20 161 141
80 Gross saving -23 63
81 Consumption of fixed capital 0 -12
82 Capital transfers -1 1
83 Other changes in volume and revaluation 4 109 113
CLOSING BALANCE SHEETS
85 Produced assets 0 695
86 Non-produced assets 0 564
88 Closing net worth 9 1316 1325

69
EXERCISE ON SETTING UP A FULL SYSTEM OF ACCOUNTS OF THE NATION
Given the following information on an economy for the year 2000, set up the accounts according to
the table provided on the following page.
Information
1. Items in the balance sheet at the end of the year 1999 are as follows:
Value of all non-financial assets (buildings, roads, machinery etc.): 1000
Loans provided by resident sectors (total asset): 100
Of which loans provided to the rest of the world: 10
Loans liable by resident sectors (total liabilities): 240
Of which loans liable to the rest of the world: 150
Domestic currency (stock): 200
2. Output (at basic prices) produced in the year 2000: 450
3. Taxes less subsidies on products: 20
4. Intermediate consumption used in production: 300
5. Final consumption: 190
6. Consumption of fixed capital: 5
7. Purchase of machinery: 50
8. Exports: 30
9. Imports: 100
10. Investment grant received from abroad: 2
11. Interest paid to abroad: 10
12. Interest received from the rest of the world: 2
13. New loans issued by resident sectors to other residents: 20
14. New loans owed to the rest of the world: 76
15. New issue of currency: 10
16. Increase in the value of non-financial assets due to inflation: 30
Notes:
Not all information on the economy is given, for example, property income paid to residents.
The rest of the world accounts must be set up from the point of view of the rest of the world.
Make sure that net lending / net borrowing is the same for the capital account and the
financial account.
Make sure that net lending / net borrowing of the total economy and the rest of the world are
the same in absolute value but opposite in sign.

70
Total economy account Rest of the world
Output at basic prices Exports
Intermediate consumption Imports
Gross value added at basic prices Balance of trade
Taxes less subsidies on products
GDP
Property income receivable Property income receivable
Property income payable Property income payable
Gross national income (GNI)
Current transfer receivable
Current transfer payable
Gross national disposable income
Final consumption
Gross saving Balance of current account
Capital transfer receivable Capital transfer receivable
Capital transfer payable Capital transfer payable
Net lending (+) / Net borrowing Net lending (+) / Net borrowing
Change in financial assets Change in financial assets
Currency Currency
Loans Loans
Change in financial liabilities Change in financial liabilities
Currency Currency
Loans Loans
Net lending (+) / Net borrowing Net lending (+) / Net borrowing
Opening balance sheet (end of 1999) Opening balance sheet (end of 1999)
Financial assets Financial assets
Currency Currency
Loans Loans
Financial liabilities Financial liabilities
Currency Currency
Loans Loans
Net worth Net worth
Change in balance sheet Change in balance sheet
Consumption of fixed capital
Holding gain
Change in net worth Change in net worth
Ending balance sheet (end of 2000) Ending balance sheet (end of 2000)
Net worth Net worth
Change in net worth Change in net worth

71
SOLUTION
Total economy account Rest of the world
Output at basic prices 450 Exports -30
Intermediate consumption -300 Imports 100
Gross value added at basic prices 150 Balance of trade 70
Taxes less subsidies on products 20
GDP 170
Property income receivable 2 Property income receivable -2
Property income payable -10 Property income payable 10
Gross national income (GNI) 162
Current transfer receivable 0
Current transfer payable 0
Gross national disposable income 162
Final consumption -190
Gross saving -28 Balance of current account 78
Capital transfer receivable 2 Capital transfer receivable -2
Capital transfer payable 0 Capital transfer payable 0
Gross capital formation -50
Net lending (+) / Net borrowing (-) -76 Net lending (+) / Net borrowing (-) 76
Change in financial assets 30 Change in financial assets 76
Currency 10 Currency
Loans 20 Loans 76
Change in financial liabilities 106 Change in financial liabilities 0
Loans 96 Loans 0
Net lending (+) / Net borrowing (-) -76 Net lending (+) / Net borrowing (-) 76
Opening balance sheet (at end of 1999) Opening balance sheet (at end of 1999)
Non-financial assets 1000
Financial assets 300 Financial assets 150
Loans 100 Loans 150
Financial liabilities 440 Financial liabilities 10
Loans 240 Loans 10
Net worth 860 Net worth 140
Change in balance sheet Change in balance sheet
Holding gain 30
Change in net worth -1 Change in net worth 76
Ending balance sheet (at end of 2000) Ending balance sheet (at end of 2000)
Net worth 859 Net worth 216
Change in net worth -1 Change in net worth 76

73
PART II
INTEGRATED ACCOUNTS
BY INDUSTRIES
AND INSTITUTIONAL SECTORS

74
Chapter 9
Industry and sector breakdown
A. OBJECTIVES
9.1. The breakdown of economic activities by industry aims to:
a) Study in detail costs of production of industries;
b) Use the cost details to forecast or estimate input requirement for production;
c) Develop the detailed supply and use tables as the basic tool to balance the supply and
use of products by industries, and to link production accounts by industries to
production accounts by institutional sectors in a systematic manner;
d) Compile ratios of value added over output of industries of the benchmark year (for
which detailed census on output and cost is carried out) for use in estimating value
added by industry and GDP for the non-benchmark years.
9.2. The breakdown of the economic accounts of the nation into institutional sectors, such as
corporations, government, non-profit institutions and households, aims to study their economic
behaviour in terms of the kind of income they receive, how incomes are used, how gross capital
formation is financed, how they manage their financial portfolio and what their net worth is.
9.3. The present chapter will consider the statistical unit of industries and institutional sectors and
types of institutional sectors.
B. WHAT IS AN INDUSTRY / ESTABLISHMENT?
9.4. An industry is a grouping of establishments engaged in the same or similar kinds of activities
classified in the same International Standard Industrial Classification of All Economic Activities
(ISIC) code.
9.5. An establishment is an enterprise or a part of it that is situated at a single location in which
only a single productive activity accounts for most of its value added. In principle, an establishment
may not decide on its financial matters; the latter is decided by the enterprise that owns the
establishment. Thus, an establishment can only serve as the statistical unit for collecting production
data on economic activities or industry.
9.6. To be classified as an establishment in SNA, an establishment must produce output that is
used by other establishments or other final consumers. Goods and services that are produced within
the establishments for own intermediate uses are not counted as output.
9.7. An enterprise which is an institutional unit (discussed below), may consist of many
establishments classified into different ISIC codes.

75
FIGURE 9.1. RELATIONSHIP BETWEEN ESTABLISHMENT UNIT AND ENTERPRISE
UNIT
C. WHAT IS AN INSTITUTIONAL UNIT?
9.8. An institutional unit is an economic entity that is capable, in its own right, of owning assets,
incurring liabilities and engaging in economic activities with other entities. It takes economic
decisions on what to produce and how to finance its activities and is directly accountable at law.
9.9. Examples of an institutional unit are an enterprise, a household, a bank, a school, a church, a
cooperative and an autonomous government unit.
9.10. The resident institutional units make up the total economy.
D. ANCILLARY CORPORATIONS / ACTIVITIES
9.11. If a subsidiary corporation, wholly owned by a parent corporation, provides strictly confined
services to the parent company or its other subsidiaries, SNA treats it not as a separate institutional
unit but an integral part of the parent company.
9.12. Similarly, ancillary activities in a corporation providing strictly confined services (such as
accounting, computing, personal management) to the establishments in the corporation are not
treated as a separate establishment.
9.13 In principle, ancillary corporations / activities do not generate output.
E. INSTITUTIONAL SECTORS IN THE ECONOMY
9.14. SNA recommends subdividing the economy into five mutually exclusive institutional sectors:
a) Non-financial corporations sector;
b) Financial corporations sector;
c) General government sector;
Enterprise/establishments
The company, a non-financial
corporation,
has establishments at two different
locations classified
in two different industries identified by
different ISIC codes
Retail trade, ISIC5211
Consumer credit, ISIC6592

76
d) Households sector;
e) Non-profit institutions serving households (NPISHs) sector.
TABLE T9.1. CLASSIFICATION OF INSTITUTIONAL SECTORS IN SNA
Non-financial corporations General government (alternative 1)
Public non-financial corporations Central government
National private non-financial corporations State government
Foreign-controlled non-financial corporations Local government
Financial corporations Social security funds
Central banks Central government
Other depository corporations State government
Deposit money corporations Local government
Public General government (alternative 2)
National private Central government
Foreign controlled Central government
Other deposit corporations except above Central government social security funds
Public State government
National private State government
Foreign controlled State government social security funds
Other financial intermediaries, except insurance
corporations and pension funds
Local government
Public Local government
National private Local government social security funds
Foreign controlled Households
Financial auxiliaries Employers
Public Own account workers
National private Recipients of property and transfer income
Foreign controlled Recipients of property income
Insurance corporations and pension funds Recipients of pensions
Public Recipients of other transfers
National private Non-profit institutions serving households
Foreign controlled Rest of the world
F. AN EXAMPLE OF THE NEED FOR BOTH INDUSTRY BREAKDOWN AND
INSTITUTIONAL SECTORING
9.15. Education services may be fully market oriented, free or almost free, or provided free or
almost free and financed by the government, households or non-profit institutions (NPIs).
9.16. To study the costs of operation and value added generated by education, all education
establishments are classified into industry ISIC 92, producing education services.
9.17. To study the role of the institutional sectors:
a) Market-oriented schools are classified into the non-financial corporations sector;
b) Government-funded schools are classified into the general government sector;
c) NPI-funded schools are classified into NPI serving households (NPISHs).

77
FIGURE F9.2. SECTORING BY INDUSTRY AND SECTOR: AN EXAMPLE
G. CORPORATIONS
9.18. A corporation is a legal entity recognized by laws of the nation independently of its
shareholders. It is owned and controlled by private shareholders or by the Government. Control
means the ability to determine corporate policies by appointing appropriate directors, if necessary.
NON-FINANCIAL CORPORATIONS SECTOR
9.19. The sector includes all resident corporations that are owned by private shareholders or the
government and produce goods and non-financial services.
9.20. It may also include quasi-corporations, which are unincorporated but keep full business
accounts. The shareowners of those quasi-corporations are legally and financially liable to the
operation of the corporations. A quasi-corporation may be a sole proprietorship, partnership or even
a government-owned production unit, with full business accounting.
FINANCIAL CORPORATIONS SECTOR
9.21. The sector includes all resident corporations that are owned by private shareholders or the
government and produce financial services.
9.22. The financial corporations sector can be divided into the following sub-sectors:
a) The central bank;
b) Other depository corporations/banks;
c) Other financial intermediaries, such as investment banks, financial leasing
companies, hire purchase companies and consumer credit companies;
d) Financial auxiliaries, such as securities brokers and loan or insurance brokers;
e) Insurance corporations and pension funds.
H. HOUSEHOLD SECTOR
9.23. A household is a small group of people who share the same living accommodation, pool
some of their income, and consume certain type of goods and services collectively, mainly housing
and food.
In d u s tr y/s e c to r s
•P riv ate sc h o o ls w ith
fe e s co v erin g co sts
•G o v e rn m en t-fin a n c ed
sc h o o ls G o v ern m e n t
sec to r
N o n -fin a n c ia l
co rp o ratio n s
sec to r
E d u ca tio n in d u stry

78
9.24. The sector includes resident household units as consumers and also all their economic
activities that are unincorporated.
9.25. Unincorporated enterprises, which are owned by households but have complete business
accounts, are classified as quasi-corporations in the corporations sector.
SUBDIVISION OF THE HOUSEHOLD SECTOR
9.26. The household sector may be subdivided by main sources of income into:
a) Employers;
b) Own-account workers;
c) Employees;
d) Recipients of property and transfer incomes.
I. NON-PROFIT INSTITUTIONS AND NON-PROFIT INSTITUTIONS SERVING
HOUSEHOLDS
9.27. Non-profit institutions are legal or social entities created to provide goods and services to
other institutional units, whose status does not permit them to create income, profit or financial gains
for those who control and finance them.
9.28. NPISHs includes only NPIs that serve households and produce non-market goods and
services without charges or whose prices are economically insignificant.
9.29. If NPIs are controlled or if 50 per cent of their costs are paid for by the corporations or
general government sectors, they should be classified to those sectors respectively, not to the NPISHs
sector.
J. GENERAL GOVERNMENT SECTOR
9.30. The general government sector includes legal entities which have legislative, judicial or
executive authority over other institutional units.
9.31. It includes central government, state governments, local governments, social security funds
and NPIs serving the government.
9.32. It produces mainly non-market services that are provided free or at economically insignificant
prices. Services could be collective, such as defence, or individual, such as health and education.
K. WHAT SHOULD BE EXCLUDED FROM THE GENERAL GOVERNMENT
SECTOR?
9.33. Government may control production by:
a) Setting up public corporations;
b) Creating NPIs and mainly or entirely financing them;
c) Producing market goods and services without setting up separate legal units but
having full business accounts - called quasi-corporations.

79
9.34. As long as those entities can charge market prices or prices that cover over 50 percent of
costs, they are excluded from the government sector.

80
EXERCISES ON ACCOUNTS OF THE GOVERNMENT SECTOR
Given the following government financial statistics (A), prepare:
1. Output, intermediate consumption, final consumption expenditures of government, individual and
collective consumption expenditures of government, gross capital formation, primary incomes,
current transfers.
2. Production, income and capital accounts of the government sector, using form B.
A. Government expenditures and revenues
1. Revenue 187
Sales to households 5
Sales to corporations 10
Taxes 150
Other taxes on production 15
Taxes on income 135
Interest income 12
International assistance 10
2. Expense 167
Uses of goods and services
Collective non-market activities 80
Goods and services 20
Individual non-market activities 20
Goods and services 5
Social benefits in kind (reimbursements included)a
20
Social benefits in cash 22
Interest payment 10
Capital transfers 10
International assistance 5
3. Net operating balance (1)- (2) 20
4. Gross operating balance (Net operating balance plus
consumption of fixed capital)
23
5. Acquisition less disposal of non financial assets b
30
Purchases less disposal of capital goods 20
Own-construction 7
Major repairs 3
6. Net lending/net borrowing (4) – (5) -7
Sale of government bonds 7
a
Including government purchases of goods and services to be distributed free to households and
reimbursement for households' expenditures on goods and services.
b
The IMF’s Government Finance Statistics Manual uses net operating balance and net acquisition less disposal of non-
financial assets where consumption of fixed capital is net out.

81
B. Accounts of government
Uses Resources
Output
Gross value added
Gross value added
Taxes less subsidies on products
Gross operating surplus
Property income receivable
Property income payable
Gross disposable income
Final consumption
Gross saving
Gross saving
Capital transfer receivable
Capital transfer payable
Notes to form B
“Uses”, which is on the left side of the accounts, relates to transactions that reduce the
amount of economic value of a unit or sector.
“Resources”, which is on the right side of the accounts, relates to transactions that increase
the amount of economic value of a unit or sector.
Intermediate consumption and other types of transactions in the government outlays can be
classified as indicated in form C below in order to facilitate the derivation of output,
intermediate consumption, value added and final consumption of the government sector
according to functions. Market output which is sales and/or fees charged for government
services are taken from government revenues. Similarly own-account capital formation is not
for final consumption expenditure.
01 to 10 are codes classifying transaction outlays by for government functions: 01 (General
public service), 02 (Defence), 03 (Public order and safety), 04 (Economic affairs), 05
(Environmental protection), 06 (Housing and community amenities), 07 (Health), 08
(Recreation, culture and religion), 09 (Education) and 10 (Social protection). For more
detailed classification and instructions, see Classifications of Expenditure According to
Purpose (United Nations publication, Sales No. E.00.XVII.6).

82
C. Classifications of government outlays according to functions
Output
Intermediate
consumption
Compensationof
employees
Consumptionof
fixedcapital
Marketoutput
Socialbenefitsin
kind
Final
consumption
Own-account
capitalformation
Grosscapital
formation
Subsidies
Propertyincome
Socialbenefits
otherthanin
kind
Othercurrent
transfers
Capitaltransfers
Securitiesother
thanshares
Loans
Sharesandother
equity
(1) = (2) (3) (4) (5) (6) (7)= (8) (9) (10) (11) (12) (13) (14) (15) (16) (17)
(2)+(3)+(4)+(8) (1)-
(8)-
(5)+(6)
01 General public
services
02 Defense
...
10 Social
protection

83
SOLUTIONS
Output = Current expenditures on goods and services to produce
government services
+ Own major repairs
+ Own-construction
+ Compensation of employees
+ Consumption of fixed capital
= 25 + 3 + 7 + 72 + 3 = 110
Intermediate consumption = Expenditures for own major repairs and own
construction
+ Current expenditures on goods and services
= 10 + 25 =35
Final consumption expenditure = Output - (own major repairs - own construction) - Sales
to households and corporations + Social benefits in kind
= 110 - (3+7) - (5+10) + 20 = 105
Individual final consumption expenditure = Individual non-market output + Social benefits in kind -
Sales = 20 + 20 -15 = 25
Collective final consumption expenditure = Current expenditure on collective output = 80
Gross capital formation = Government capital expenditures = 30
Current transfers payable = Social benefits in cash + International assistance
= 22 + 5 =27
Production, income and capital accounts
C. Accounts of the government sector
Uses Resources
Output at basic prices 110
Less Intermediate consumption 35
Less Compensation of employees 72
Less Other taxes on production 0
Gross operating surplus 3
Plus Property income receivable 12
Less Property income payable 10
Plus Current transfer receivable 160
Less Current transfer payable 27
Gross saving 33
Gross saving 33
Plus Capital transfer receivable
Less Capital transfer payable -10
Net lending (+) / Net borrowing (-) 7

84
Chapter 10
Supply and use tables:
integration of industries, products and institutional
sectors
A. OBJECTIVES OF SUPPLY AND USE TABLES
10.1. Supply and use tables are tools used to check the consistency of statistics on flows of goods
and services on the principle that the total supply of each product is equal to its total uses.
10.2. They are used to derive value added and final demand (final consumption expenditure, gross
capital formation, exports and imports) in current and constant prices in a very detailed, integrated
and consistent manner.
10.3. Value added / output ratios by industries can be used to quickly derive annual and quarterly
estimates of value added and thus GDP.
10.4. Supply and use tables are also used to derive the input-output table for the purpose of
economic impact analysis and forecasting.
10.5. SNA requires only the cross-classification of gross value added by industries and institutional
sectors. The presentation in the present chapter shows the full cross-classification of output,
intermediate consumption and gross value added by industries and institutional sectors for the sake of
exposition only.
B. ORGANIZATION OF SUPPLY AND USE TABLES
10.6 The supply table (table T10.1) shows, along each row, the kind of product produced by
domestic industries and supplied by the rest of the world. They are either in basic prices or c.i.f. Total
supply of each product in purchasers' prices is obtained by adding in trade and transport margins, and
taxes less subsidies on products. C.i.f./f.o.b. adjustment is for obtaining total imports in f.o.b. Down
each industry column are products produced by an industry. In the example provided, industry 2
produces 10 of product 1 and 200 of product 2.
10.6. The use table (table T10.2) shows, down each industry column, the uses of goods and
services (i.e., the cost structure) of industries and the value added generated by them. Along each row
of the same table are the uses of each product. They are all in purchasers' prices. The negative entry in
the trade and transport column is to make the total of row 2 in the supply table equivalent to the total
of row 2 in the use table, which shows only product 2 directly used by industries (not margins).
10.7. Industries may be classified by the International Standard Industrial Classification of All
Economic Activities. Products (goods and services) are classified by the Central Product

85
Classification. For the most aggregated level of those United Nations classification systems, see table
T10.3.
TABLE T10.1. THE SUPPLY TABLE: OUTPUTS AT BASIC PRICES
Industry
1
Industry
2
Imports
c.i.f.
(Total
f.o.b.)
C.i.f./f.o.b.
adjustmenta
Trade and
transport
margins
Taxes less
subsidies on
products
Total supply
at
purchasers'
prices
Product 1 100 10 25 10 5 150
Product 2 0 200 10 -2 -10 10 208
C.i.f./f.o.b.
adjustmenta
-2
Output/Total 100 210 33 0 15 358
a
C.i.f./f.o.b. adjustment is for changing imports c.i.f. values into f.o.b. values See also table T6.1; the
value to be deducted is the freight and insurance on imported goods.
TABLE T10.2. THE USE TABLE: USES AT PURCHASERS' PRICES
Industry
1
Industry
2
Export Final consumption
expenditure
Gross capital
formation
Total uses at
purchasers' prices
Product 1 10 40 30 50 20 150
Product 2 30 70 40 68 208
Value added 60 100
Output/Total 100 210 70 118 20 358
GDP = value added + taxes less
subsidies on products = 160 + 15 =
175
GDP = final consumption + gross capital formation +
Exports – imports = 118 + 20 + 70 - 33 = 175
C. BALANCING SUPPLY AND USE TABLE
10.8. The total supply and the total use at purchasers’ prices of each product in SUT must be equal
to each other. Those values are, however, statistically constructed. They are not data that can be
collected through surveys. Data collected by censuses or surveys include output at basic prices,
imports c.i.f., taxes less subsidies on products, trade and transport margins on traded goods, exports,
final consumption expenditure and gross capital formation.
10.9. To statistically create the total supply at purchasers’ prices of each good, data on goods
produced by industries must be supplemented by data on import, wholesale and retail trade and
transport margins on the same good which are collected by censuses or surveys, and by taxes less
subsidies on products which are estimated based on tax rates and the tax information from the
government budget data. Trade margins on each good are calculated when the output of trade is
calculated. Transport margins classified by CPC are the output of the good-carrying transport services
less the transport of goods directly paid by purchasers.
10.10. The total supply at purchasers’ prices may initially serve as a total control for the total use at
purchasers’ prices in the use table for every product. However in balancing the total supply and the
total use of every product, one may have to modify the total supply if the total use is shown to be
more reliable. Uses of each product for intermediate consumption are normally estimated by the
gross outputs of industries which use that product as intermediate consumption and the input ratios
obtained through limited surveys on intermediate consumption by industries. Data on the government
final consumption are obtained from administrative records. Gross capital formation is obtained as a

86
result of reconciling data on gross capital formation obtained by survey on gross capital formation,
data on gross industry outputs and imports that can be classified as capital goods. Household final
consumption is normally obtained as a balancing item, but it should be verified by data obtained from
surveys of household expenditure and/or of retail sales.
TABLE 10.3. INTERNATIONAL CLASSIFICATION OF ECONOMIC ACTIVITES AND
PRODUCTS AT THE MOST AGGREGATED LEVEL
International Standard Classification of All Economic
Activities, Revision 3 (ISIC, Rev. 3)
Central Product Classification, Version 1.0
(CPC, Version 1.0)
Agriculture, hunting and forestry Agriculture, forestry and fishery products
Fishing
Mining and quarrying Ores and minerals; electricity, gas and water
Manufacturing Food products, beverages and tobacco; textiles, apparel and
leather products
Electricity, gas and water supply Other transportable goods, except metal products, machinery
and equipment
Construction Metals products, machinery and equipment
Wholesale and retail trade; repair of motor vehicles and
personal and household goods
Construction work and constructions
Hotels and restaurants Trade services; hotel and restaurant services
Transport, storage and communications Transport, storage and communications services
Financial intermediation Business services; agricultural, mining and manufacturing
services
Real estate, renting and business activities Community, social and personal services
Public administration and defense; compulsory security
Education
Health and social work
Other community, social and personal activities
Private households with employed persons
Extra-territorial organizations and bodies
D. BREAKDOWN OF FINAL USES
10.11. Final consumption expenditure and gross capital formation in the use table should be
subdivided into separate expenditures for:
a) The household sector;
b) The general government sector;
c) The non-profit institutions serving households sector.
Final consumption expenditure of households records all the goods and services bought by the
household sector.
10.12. Final consumption expenditure of the government sector records:
a) The output of government that is not sold (30 in the example);
b) The purchase of goods and services by government to be distributed free to
households or the purchases by households to be reimbursed by the government (8 in
the example provided). Those goods and services are called social benefits in kind.

87
TABLE T10.4. BREAKDOWN OF FINAL USES IN THE USE TABLE
Final consumption expenditure Gross capital formation
Households &
NPISHs Government
Households &
NPISHs Government Corporations
Product 1 30 8 8 2 10
Product 2 50 30
Total 80 38 8 2 10
E. BREAKDOWN OF VALUE ADDED
10.13. In the economy, each sector may engage in a variety of economic activities. Establishments
may therefore be identified by the sector to which they belong.
10.14. In so doing, value added by each sector may be obtained, which is important for deriving
and cross-classifying output, intermediate consumption and value added by industries and sectors.
TABLE T10.5. BREAKDOWN OF VALUE ADDED
Corporations Households & NPISHs Government
Industry 1 Industry 2 Industry 1 Industry 2 Industry 1 Industry 2
Product 1 5 30 5 8 2
Product 2 15 54 15 12 4
Value added 30 68 30 20 12
Output 50 152 50 40 18
Value added by corporations: 30 + 68 = 98
Value added by households and NPISHs: 30 +20 = 50
Value added by government: 12
F. DATA REQUIREMENT FOR SECTORIZATION OF PRODUCTION
10.15. The same set of data collected by surveys of establishments can be used for both industry and
sectoral production analysis.
10.16. Establishment data to be used for both purposes requires that each establishment be identified
by institutional origin, as follows:
Establishment
data for financial
and non-
financial
corporations
Establishment
data for
unincorporated
private
enterprises
(households)
Production data
by products or
activities
(applicable to
agricultural,
fishing and
forestry
products)
General
government
NPISHs
Type of data Surveys and
business
accounts
Surveys Land use and
yield surveys
and others and
surveys on
production costs
Administrative
records
Surveys and
business
accounts

88
EXERCISE ON SETTING UP THE USE AND SUPPLY TABLES
Set up the use and supply tables with the information below. Derive the unknown data by balancing
the total use and the total supply of each product. In the exercise, product 1 is a good and product 2 is
a service. Calculate GDP by production approach and final expenditure approach.
Information:
Output at basic prices of industry 1:
Product 1: 150; Product 2: 30
Output at basic prices of industry 2:
Inputs at purchasers’ prices to industry 1:
Inputs at purchasers’ prices to industry 2:
Imports c.i.f:
Insurance and freight on imported goods: 3
Exports f.o.b.:
Gross capital formation at purchasers’ prices:
Trade and transport margins:
Product 1: 70
Taxes less subsidies on products:
Note: use the following framework for the exercise:
The supply table
Industry
1
Industry
2
Imports c.i.f.
(Total f.o.b.)
C.i.f./f.o.b.
adjustment
Trade and
transport
margins
Taxes less
subsidies on
products
Total supply
at
purchasers'
prices
Product 1
Product 2
C.i.f./f.o.b. adjustment
Output/Total
The use table
Industry
1
Industry
2
Exports Final
consumption
expenditure
Gross
capital
formation
Total uses at
purchasers'
prices
Product 1
Product 2
Value added
Output/Total

89
SOLUTIONS
The supply table
Industry
1
Industry
2
Imports c.i.f.
(Total f.o.b.)
C.i.f./f.o.b.
adjustment
Trade and
transport
margins
Taxes less
subsidies on
products
Total supply
at
purchasers'
prices
Product 1 150 0 40 70 20 280
Product 2 30 100 20 -3 -70 10 87
C.i.f./f.o.b. adjustment -3
Output/Total 180 100 57 -3 0 30
The use table
Industry
1
Industry
2
Exports Final
consumption
expenditure
Gross
capital
formation
Total uses at
purchasers'
prices
Product 1 40 10 50 130 50 280
Product 2 30 20 15 15 7 87
Value added 110 70
Output/Total 180 100 65 145 57
GDP by production approach: 110+70+30=210.
GDP by final expenditure approach: 65+145+57-57=210.

90
Chapter 11:
Institutional sector accounts
A. OBJECTIVES
11.1. Institutional sector accounts (or sector accounts) derive for each (institutional) sector value
added, primary income, disposable income, final consumption expenditure, saving, gross capital
formation, net lending (+) or net borrowing (-) like those of the whole economy.
11.2. Sector accounts provide information on transactions in income and financial flows between
domestic sectors and between the domestic sectors and the rest of the world.
11.3. This information allows for an analysis of the institutional structure and behaviour of every
institutional sector in the economy.
B. TYPES OF INCOME
11.4. Similar to the whole economy, each sector has the following types of income:
a) Primary income (compensation of employees, other taxes less subsidies on
production, and property income);
b) Entrepreneurial income;
c) Disposable income.
11.5. The sum of incomes of all domestic sectors makes up the total for the whole economy.
11.6. The sum of all sectoral balances of primary income is gross national income (GNI).
C. SECTORAL BALANCE OF PRIMARY INCOME
11.7. Balance of primary income is equal to value added + primary income receivable - primary
income payable.
11.8. Each item in the use side may be broken down into who the primary income is paid to and
each item in the resource side may be broken down into who the primary income is received from
(that possibility is applicable to subsequent accounts and so will not be restated.)
11.9. For the whole economy, only primary income from and to the rest of the world counts since
payments and receipts between domestic sectors cancel each other out.
Uses Resources
Value added 20
Primary income payable 5 Primary income receivable 10

91
D. SECTORAL ENTREPRENEURIAL INCOME
11.10. Entrepreneurial income is an approximation of net income (or profit) of the corporations
sectors before dividends are distributed to shareholders.
11.11. It is equal to value added + primary income receivable - primary income payable except
dividends paid out to shareholders (or withdrawals by owners in the case of quasi-corporations).
11.12. The concept of entrepreneurial income is useful only for the corporations sectors.
Uses Resources
Value added 20
Primary income payable except dividends 1 Primary income receivable 10
Entrepreneurial income 29
E. SECTORAL DISPOSABLE INCOME
11.13. Disposable income is equal to balance of primary income + current transfers receivable -
current transfers payable.
11.14. For the whole economy, only current transfers from or to the rest of the world counts since
payments and receipts between domestic sectors cancel each other out.
Uses Resources
Current transfers payable 6 Current transfers receivable 5
Disposable income 24
F. SECTORAL GROSS SAVING
11.15. Gross saving is equal to disposable income - final consumption expenditure.
11.16. Final consumption expenditure of the corporations sector is by definition zero.
11.17. Sectoral gross saving may be positive or negative.
Uses Resources
Disposable income 24
Final consumption expenditure 30
Gross saving -6

92
G. SECTORAL NET LENDING (+) / NET BORROWING (-)
11.18. Net lending (+) or net borrowing (-) is equal to gross saving + net capital transfers - gross
capital formation - net acquisition of non-produced non-financial assets.
11.19. For the whole economy, net acquisition of tangible non-produced assets must be zero, except
for patented entities (see exception rule under figure F4.1).
Uses Resources
Gross saving -6
Gross capital formation 40 Net capital transfers 6
Net acquisition of non-produced,
non-financial assets
10 Capital transfers receivable 8
Capital transfers payable -2
Net lending (+)/Net borrowing (-) -50
H. SECTORAL FINANCIAL ACCOUNTS
11.20. As for to the financial account of the nation, sectoral financial accounts have financial assets
on the left side and financial liabilities on the right side. Net lending (+) / net borrowing (-) is equal to
the total financial assets less the total liabilities. The net lending/net borrowing from the financial
account must be equal to that of the capital account for each sector.
11.21. Each transaction in the financial account of a sector must have a counterpart in the financial
account of another sector, except for monetary gold and SDRs issued by the International Monetary
Fund (see paras. 5.4-5.10 above). In such a case, the asset of one sector is the liability of another
sector. The breakdown of assets by the sectors that are liable and of liabilities by the sectors that hold
them as assets provides the flow of funds. The flow of funds allows for the identification of flows of
funds between sectors of the economy and the rest of the world. The flow of funds is important for
understanding the mobilization of funds and the financial liabilities that the sectors incur to achieve it.
For example, it is possible from the flow of funds to understand what types of liabilities the
government uses to finance its deficit and which sectors it provides with financing.
Assets Liabilities
Net lending (+)/Net borrowing (-) -50
Total change in assets 100 Total change in liabilities 150
Monetary gold and SDRs Monetary gold and SDRs
Currency and deposits Currency and deposits
Securities other shares Securities other shares
Loans Loans
Shares and other equity Shares and other equity
Other accounts receivable Other accounts payable
I. SECTORAL BALANCE SHEETS
11.22. For institutional sector accounts balance sheets, see chapter 7 above.

93
Chapter 12
Other important issues in sector accounts
12.1. The present chapter will discuss two important issues relating to sector accounts:
a) Final consumption expenditure versus actual final consumption;
b) Business accounts versus national accounts.
A. FINAL CONSUMPTION EXPENDITURE VERSUS ACTUAL FINAL
CONSUMPTION
1. OBJECTIVES
12.2. The main objective is to measure the consumption of households, not only from their own
final expenditure but also from the expenditure of other sectors to benefit them.
12.3. Final consumption expenditure consists of expenditure incurred by residents on final
goods and services (goods and services that are not used for the purpose of production).
12.4. Actual final consumption measures final goods and services consumed by the sectors
through the expenditure incurred by the sectors themselves or social transfers in kind received from
other sectors. Though actual final consumption is defined for all sectors, it is meaningful for analysis
only for the household sector.
2. ACTUAL FINAL CONSUMPTION OF HOUSEHOLDS
12.5. Actual final consumption of households comes from three sources: their own final
expenditure, the final expenditure of the government and that of non-profit institutions serving
households. Thus, it is equal to the sum of:
a) Final consumption expenditure of households;
b) Social transfers in kind from the government;
c) Social transfers in kind from non-profit institutions serving households (NPISHs).
12.6. The objective of the concept of the actual final consumption of households is to compare final
consumption of households across space and time in the country and internationally, taking into
account social policies of governments and activities of NPISHs.
Social transfers in kind
12.7. Social transfers in kind include:
a) Individual final expenditure of the government sector less sales. This includes the
output of individual goods and services which are produced by the government sector

94
and distributed free to individuals, such as education, health, social security and
welfare, sports and recreation, culture, provision of housing, collection of household
refuse and operation of transport. It excludes general administration and regulatory
and research expenditures in each category.
b) Social benefits in kind, which include (see also T.3.1):
i) Reimbursements from government’s social security funds to households on
specified goods and services bought by households on the market;
ii) Other social security benefits in kind except reimbursement. This includes
goods and services which are not produced by the government sector but
bought and distributed free or almost free to households under the social
security funds (any payment by household must be deducted);
iii) Social assistance benefits in kind. This includes goods and services similar to
other social security benefits but not under social security schemes.
FIGURE F12.1. RELATIONSHIP BETWEEN FINAL CONSUMPTION EXPENDITURE
AND ACTUAL FINAL CONSUMPTION OF HOUSEHOLDS
3. FINAL CONSUMPTION EXPENDITURE OF GENERAL GOVERNMENT
12.8. Government final consumption expenditure includes two parts:
a) Output of government services less sales. This output can be divided into two parts:
i) Individual final consumption expenditure of government less sales. This is
the output of individual goods and services which are produced by the
Relation between two consumption
concepts
Actual final
consumption of
households
Final consumption
expenditure of
households
Individual
final expenditure
of NPISHs less sales
Collective
final
expenditure
of Govt.
Social
benefits
in kind
Individual final
expenditure of
Govt. less sales

95
government sector and distributed free to individuals, such as education, health,
social security and welfare, sports and recreation, culture, provision of housing,
collection of household refuse and operation of transport. It excludes general
administration and regulatory and research expenditures in each category. This
part of the output of government goods and services less sales benefits directly
individuals. It is part of the social transfers in kind previously discussed;
ii) Collective final consumption expenditure of government: This is equal to
the non-market government output (not for sale) less individual final
consumption expenditure of government;
b) Social benefits in kind: see definition in paragraph 12.7(b) above.
FIGURE F12.2. COMPONENTS OF GOVERNMENT FINAL CONSUMPTION
EXPENDITURE
4. FINAL CONSUMPTION EXPENDITURE OF NPISHs
12.9. Except for the part sold, final consumption expenditure of NPISHs is considered individual
final consumption, i.e., all of it directly benefits individuals. Individual final consumption of NPISHs
is also called transfers of individual non-market goods and services from NPISHs.
5. CLASSIFICATION OF CONSUMPTION EXPENDITURE
12.10. There are three international classification schemes of expenditure according to purposes that
help to aggregate final consumption expenditure and actual final consumption for comparison
purposes:
a) The Classification of the Functions of Government (COFOG);
b) The Classification of Individual Consumption According to Purpose (COICOP);
c) The Classification of the Purposes of Non-Profit Institutions Serving Households
(COPNI).
12.11 The main classes of consumption by purposes include:
a) Food and non-alcoholic beverages;
Government
final
consumption
expenditure
Output of
government
sector less sales
Purchase of market
products to supply
freely to households or
bought by households
but reimbursed by
government (social
benefits in kind)
Social
transfers
in kind

96
b) Alcoholic beverages, tobacco and narcotics;
c) Clothing and footwear;
d) Housing, water, electricity, gas and other fuels;
e) Furnishings, household equipment and routine household maintenance;
f) Health;
g) Transport;
h) Communication;
i) Recreation and culture;
j) Education;
k) Restaurant and hotels;
l) Miscellaneous goods and services;
m) Individual consumption of non-profits institutions serving households;
i) Housing;
ii) Health;
iii) Recreation and culture;
iv) Education;
v) Social protection;
vi) Other services;
n) Individual consumption expenditure of general government:
i) Housing;
ii) Health;
iii) Recreation and culture;
iv) Education;
v) Social protection.
12.12. The classifications mentioned above are published in Classifications of Expenditure
According to Purpose (United Nations publication, Sales No. 00.XVII.6).
B. BUSINESS ACCOUNTS VERSUS NATIONAL ACCOUNTS
1. OBJECTIVES
12.13. Business accounts provide information on the financial situation of corporations. The
conceptual similarities and differences between business accounts and national accounts need to be
known by national account statisticians so that the information can be used properly.
2. SIMILARITIES BETWEEN BUSINESS ACCOUNTS AND NATIONAL ACCOUNTS
12.14. Business accounts and national accounts record transactions on an accrual basis (as opposed
to cash basis). Payments, which are supposed to be paid, are recorded as payables; the part of
payment not yet paid is also recorded as a liability (i.e., accounts payable) in the financial accounts
and balance sheets. Receipts, which are supposed to be received, are recorded as receivables; the part
not yet received is also recorded as an asset in the financial accounts and balance sheets.12.15. The
two systems have more or less the same kind of sequence of accounts but different names. Thus:
National accounts Business accounts
Production accounts and various income accounts Profit and loss statement
Capital account
Financial account Change in the financial position and cash flow statement
Capital account, balance sheet Balance sheet

97
3. DIFFERENCES BETWEEN BUSINESS ACCOUNTS AND NATIONAL ACCOUNTS
12.16. The differences between business accounts and national accounts are as follows:
Record output, intermediate consumption and
value added.
Record sales and cost of sales.
Value inventories, consumption of fixed capital
and assets at market prices.
Value inventories, consumption of fixed capital and
assets at historic prices or book values.
Capital gains or loss are not recorded as income or
cost but changes in the balance sheet due to
changes in prices (revaluation account)
Realized capital gains or loss are recorded in the profit
and loss statement as income or cost.
Only costs actually incurred are recorded. Cost allowances (assumed based on past behavior) such
as bad debt allowance are recorded.
4. USES OF BUSINESS ACCOUNTS IN NATIONAL ACCOUNTS
12.17. Business accounts can be used to prepare the full sequence of accounts of the corporations
sectors, but with necessary adjustments.
12.18. The handbook Links between Business Accounting and National Accounting (United
Nations publication, Sales No. 00.XVII.13) provides detailed guidelines to link and adjust business
accounts to national accounts.
5. AN EXAMPLE TO CONTRAST OR CONVERT BUSINESS ACCOUNTS AND
NATIONAL ACCOUNTS
12.19. In table T12.1, that a value of 100 is manufactured but not yet sold in the accounting
period.
12.20. Output can be calculated as the sum of production cost or as sales less change in inventory.
Thus:
production cost = cost of raw materials and services + labour + consumption of fixed capital
= 100;
sale + changes in inventory = 0 + 100
However, this is only an approximation. If output in terms of quantity is known, output must be
calculated as the product of quantity and unit basic price (or equivalent market price). Consumption
of fixed capital and depreciation is assumed to be zero here. Otherwise, depreciation must be
introduced as part of cost of sales in business accounts and consumption of fixed capital must be
calculated and included as part of the production cost when deriving national account output.
Consumption of fixed capital is not the same as depreciation. For an explanation of how to calculate
consumption of fixed capital, see Links between Business Accounting and National Accounting
(United Nations publication, Sales No. 00.XVII.13), para. 2.22 and chap. 8.

98
TABLE T12.1. PRODUCTION AND INCOME ACCOUNTS: AN EXAMPLE OF
CONVERSION
Output at basic prices Sales 0
Equal production cost 100 - Cost of sales/manufactured 0
- Intermediate consumption at
purchasers’ prices
50 Equal Opening inventory 0
= Value added 50 plus Cost of raw materials/services 50
- Labour cost 50 plus Labour cost 50
= Operating surplus 0 less Closing inventory 100
= Gross profit 0
+ Net interest 5 + Net interest 5
- Gross capital formation (=inventory) 100 = Net income 5
= Net borrowing -95
TABLE T12.2. BALANCE SHEETS: AN EXAMPLE OF CONVERSION
Change in assets Change in assets
Change in inventory 100 Change in inventory 100
Change in liabilities Change in liabilities
Loan 95 Loan 95
Equity 5 Retained earnings 5

99
EXERCISES ON LINKING BUSINESS ACCOUNTS TO NATIONAL ACCOUNTS
Use the following business accounts (A and B) of a corporation to:
1. Compute output, intermediate consumption, compensation of employees, property income
receivable, property income payable, current transfer payable, gross capital formation.
2. Fill out the attached form of the sequence accounts (C).
A. Profit and loss statement of a manufacturer, 31 December 1991
+ Sales net of returns and sale taxes 150
- Cost of goods sold -90
Cost of goods bought for resale -10
Cost of manufactured goods sold 80 -80
Opening inventory of finished and semi-finished goods 10
Cost of manufacturing 85
Materials and services used 30
Depreciation 5
Closing inventory of finished and semi-finished goods -15
= Gross profit 60
- Operating expenses -32
Materials and services used -10
Compensation of employees -20
Depreciation -2
= Operating income 28
+ Interest income 2
+ Dividends received 2
- Interest expenses -10
= Net income before taxes 22
- Business income taxes -3
= Net income after taxes 19
- Dividends
paid
-1
= Retained earnings 18

100
B. Balance sheets
31-Dec-91 31-Dec-90
Assets
Cash 45 20
Shares 20 20
Inventories 20 25
Finished and semi-finished goods 15 10
Materials and supplies 5 15
Fixed assets 43 45
Fixed assets at cost 55 50
Accumulated depreciation -12 -5
Total 128 110
Liabilities and shareowners' equity
Total liabilities
Loans 65 65
Shareowners' equity 63 45
Shareowners' contribution 45 45
Retained earnings 18 0
Total 128 110
Notes:
To complete the exercise:
o One should assume that consumption of fixed capital is the same as depreciation. In
actual work, consumption of fixed capital should be computed as part of the work to
compile capital stocks.
o Service charges for financial intermediation are assumed to be non-existent. In actual
work, service charges for financial intermediation (FISIM) must be computed and treated
as part of intermediate consumption. They are part of interest payments and receipts.
o Prices are assumed to be constant during the two periods so that there is no need to
revalue fixed assets and change in inventories. Thus there is no holding gain or loss.
The measurement of capital stocks and consumption of fixed capital and the adjustment for
financial intermediation service charges are discussed in paras. 2.92-2.99 above; for more
details, see Links between Business Accounts and National Accounts (United Nations
publication, Sales No. 00.XVII.13).

101
C. Accounts of corporations sectors
Uses Resources
Output at basic prices
Intermediate consumption at purchasers’ prices
Gross value added
Compensation of employees
Other taxes on production
Property income receivable
Property income payable
Gross income
Final consumption
Gross saving
Capital transfer receivable
Capital transfer payable
Change in financial assets
Currency
Loans
Change in financial liabilities
Currency
Loans
Opening balance sheet
Financial assets
Currency
Loans
Financial liabilities
Currency
Loans
Net worth
Change in balance sheet
Consumption of fixed capital
Holding gain
Financial assets
Change in net worth
Ending balance sheet
Financial assets
Net worth
Change in net worth

102
SOLUTIONS
Output at basic prices = Sales - Goods bought for resale + Change in inventory
of finished and semi-finished goods
= 150 - 10 + (15 -10) = 145
Intermediate consumption at purchasers’ prices = Materials and services used = 40
Compensation of employees = 50 + 20 = 70
Property income receivable = Interest receivable + dividends receivable
= 2 + 2 = 4
Property income payable = Interest expenses + dividends payable
= 10 + 1 = 11
Current transfer payable = Business income taxes
= 3
Gross capital formation = Change in fixed assets at cost + Change in inventory
(55 -50) + (20 –25) = 0
Production, income and capital accounts
C. Accounts of corporations sectors
Uses Resources
Output at basic prices 145
Less Intermediate consumption at purchasers’ prices 40
Less Compensation of employees 70
Less Other taxes on production 0
Plus Property income receivable 4
Less Property income payable 11
Gross income 28
Gross income 28
Plus Current transfer receivable 0
Less Current transfer payable 3
Gross saving 25
Gross saving 25
Plus Capital transfer receivable 0
Less Capital transfer payable 0
Net lending (+) / Net borrowing (-) 25

103
Financial accounts
Assets Liabilities
1. Change in financial assets 25
Currency 25
Loans
Shares and other equity 0
2. Change in financial liabilities 0
Currency
Loans 0
Shares and other equity 0
Net lending (+) / Net borrowing (1-2) 25
Balance sheets
Opening balance sheet Assets Liabilities
1. Non-financial assets 70
Fixed assets at cost less consumption of fixed capital 45
Inventories 25
2. Financial assets 40
Currency 20
Loans 0
Shares and equity 20
3. Financial liabilities 65
Currency 0
Loans 65
4. Net worth (1+2-6) 45
Change in balance sheet
5. Non-financial assets -7
Holding gain/loss 0
Cash 25
8. Change in net worth (5+6-7) 18
Ending balance sheet
9. Non-financial assets 63
Fixed assets at cost less
consumption of fixed capital
43
Inventories 20
Holding gain/loss 0
Currency 45
Loans 0
Shares and equity 20
Currency 0
Loans 65
12. Net worth (9+10-11) 63
Change in net worth (12-4) 18

104
Chapter 13
Price and volume measures in national accounts
A. OBJECTIVES
13.1. GDP and its components at different time periods must be valued at the constant prices of a
certain base year for the purpose of calculating real rates of growth.
13.2. The present chapter aims to explain how to derive GDP and its components in constant
prices, which are also called the volume measure of GDP10
and its components.
13.3. It first explains the types of price indexes that are widely collected, and then the different
types of volume indexes resulting from aggregating different quantities with different price indexes.
Types of volume indexes concern with the use of a base year since a change in the base year usually
affects the rates of volume growth. Finally, the methods of obtaining volume of GDP by using those
price indexes are discussed. As in other chapters in the present handbook, the presentation merely
provides an introduction so that readers can have a general idea about the deflation procedures. Price
indexes that reflect changes in quality and the appearance of new products are assumed to be given.
B. TYPES OF PRICE INDEXES
13.4. A unit price index is an index created by dividing the price of an individual good or service in
a given year by the price of the same item of a year used for comparison and then multiplying the
result by 100 (see table T13.1 for an example). To create a price index of an individual good and
service, statistical agencies collect the unit price of that product over time.
13.5. Unit price indexes are the basic information that is used to derive more aggregate price
indexes using a certain weighting scheme. For example, the aggregate consumer price index (CPI) is
the sum of the consumer price indexes of detailed goods and services consumed by households and
weighted by the shares of each product in the basket of consumer goods and services (see table T13.2
for an example). Even a simple price index, such as for television sets, is an aggregate index. It has to
reflect price changes of a class of products of different sizes, specifications and qualities that are
changing over time. Different types of volume indexes, as discussed below, reflect the changes in the
weight of each component in a basket of goods and services.
13.6. The following price indexes at a very detailed level are the norms in statistical works:
a) Producer price indexes (PPIs): the price collected for a product included in PPIs
is the revenue received by its producer. Sales and excise taxes are not included in
the price because they do not represent revenue to the producer. Thus, PPIs are in
fact indexes of basic prices in SNA terminology. PPIs cover both goods and
services. In some countries, PPIs are called wholesale price indexes;
10
The term “volume measure” is used for an aggregate without quantity and prices, such as value added or
GDP, as opposed to a single product with measurable quantity and price.

105
b) Consumer price indexes (CPI): the price reflects the actual payments by
households. It is the SNA purchasers’ price, and may also include imputed
expense, such as for owner-occupied housing. In many countries, only transactions
in urban areas are considered in the calculation of CPIs, which may not be
representative of price changes in rural areas;
c) Import and export price indexes: price indexes measure the change over time in
transaction prices (the market sale price) of goods and services exported from or
imported into a country. Those prices are measured at c.i.f., including duties
and freight and insurance costs. Export prices are measured at f.o.b.
excluding duties and freight and insurance costs.
13.7. In principle, separate price indexes of intermediate goods and gross capital formation at
purchasers’ prices can also be collected but are in fact rarely collected because of cost and also
because the volume measurement of GDP can be computed by using PPIs instead.
13.8. Other price indexes frequently collected are labour cost indexes for compensation of
employees, where the unit is labour hour by type of occupation and industry.
13.9 Price index of output measured at production costs is an aggregate index, calculated by
national accountants as the sum of weighted price indexes of all items in the production costs. The
weights are the share of cost of each item in the total production cost the calculation is similar to the
example given in table T13.2).
TABLE T13.1. UNIT PRICE INDEX: AN EXAMPLE
Year Price of a ton of rice Price index (1990=100)
1990 $300 US 100.0 [=(300/300)a
100]
2000 $200 US 66.7 [=(200/300)a
100]
TABLE T13.2. CONSUMER PRICE INDEX: AN EXAMPLE
Household consumption Share of total
consumption
in the base
year
Product price
index for 2000
(1990=100)a
Weighted price index for 2000
(1990=100)
(1) (2) (1)x(2)/100
Food 30 66.7 20.01
Other goods and services 70 120.0 84.0
Total or CPI (aggregate index) 100 104.01
a
These indexes are detailed CPI for products.
C. TYPES OF VOLUME INDEXES
13.10. Types of volume indexes are different methods of deriving a volume index for a group of
various products whose price changes over time are different. The main difference in those methods
is in the selection of the base year. A base year is the year for which price data at the most detailed
level are collected and serve as benchmark data to weight different quantities to obtain one single
volume index. The change of a base year affects real rate of growth, as will be explained below. A
reference year is simply any given year selected so that a series of values with different base years
can be compared. A change in the reference year should not change rates of growth.
13.11. There are three types of volume indexes:

106
a) The Laspeyres volume index;
b) The Paasche volume index;
c) The Fisher volume index.
Laspeyres volume index
13.12. The Laspeyres volume index uses prices of a given base year (year 0) as fixed weights.
13.13. Quantities of the current year (qt) are multiplied by prices of the base year (p0) to obtain
volume at base year prices. A volume index is created when volume of the current year at a base year
prices is divided by volume of the base year. The quantity (q) in the formula below is used either for
output or, in the case of national accounts, the basket of goods and services in final consumption
expenditure, gross capital formation, exports and imports. Thus:
Lqt(p0)= p0qt / p0q0
13.14. Using the weights of the base year ignores substitution effects and tends to give a higher rate
of volume growth in years close to current year.
13.15. Until recently, the Laspeyres volume index was the most widely used index in national
accounts.
Paasche volume index
13.16. Paasche volume index uses prices of a current year (pt) as the base year fixed weights.
13.17. Quantities of two different years are multiplied by prices of the current year to obtain volume
at the current year. A volume index is created when volume of the current year is divided by volume
of the reference year (year 0). Thus:
Pqt(pt)= ptqt / ptq0
13.18. The Paasche volume index tends to give a lower rate of growth at the years closer to the
current year.
13.19. Until recently, the Paasche volume index was not used in national accounts.
Fisher volume index
13.20. The Fisher volume index is the geometric mean of the Laspeyres and Paasche indexes. Thus:
Fqt = Lqt
1/2
* Pqt
1/2
13.21. It is called the ideal index, since the change of the base year would not affect rates of growth
and the product of the price index and the volume index reflects the same change in current values.
13.22. The 1993 SNA recommends the use of the chain Fisher volume index, i.e., the Fisher index
with annual base year change, even though the total volume is not equal to the sum of the components
at constant prices when they are derived by the Fisher index. The main reason is that it leads to better
estimates of recent growth rates.

107
13.23. With annual change of the base year, changes in prices and volumes of the two non-
consecutive time periods are the product of the indexes, whether Laspeyres or Fisher, of the
intervening years: hence the name chain index.
Volume index by type of volume indexes: an example
13.24. Data for the example is given for two years in table T13.3. .
Table T13.3. Data at current prices
Year 0 Year 1
Quantity Price Value Quantity Price Value
High-tech goods 15 3 45 30 4 120
Non-high-tech goods 5 4 20 30 1.8 54
Total 65 174
13.25. Using the data in table T13.3 and the formulas given above, the three types of volume
indexes are derived and shown in table T13.4. The derivation is not shown here but will be
used as an exercise at the end of the chapter.
Table T13.4. Types of volume indexes
Year 0,0 Year 0,1
Laspeyres 100 323.08
Paasche 100 252.17
Fisher 100 285.43
13.26. Table T13.5 shows the data of year 1 valued at the price of year 0. By using the Fisher
volume index in table T13.4 to extrapolate the total value of the year 1 at the price of year 0, the total
value (65x285.43/100=185) is not the same as the sum of the components (90+120=210). By using
the Laspeyres volume index to extrapolate, the total value of year 1 at the price of year 0 is, however,
the same as the sum of the components (210). The Laspeyres volume index was widely used in the
past; however, its deficiency is that it relies on prices of a past year as fixed weights for calculating
volume index. Thus, it does not reflect the substitution of relatively cheaper products for relatively
more expensive products, especially if the base year is far away from the current year. The Fisher
index relies on the average structure and thus captures more of the substitution effects. In addition,
the SNA recommends a change of base year annually to take care of substitution effect. With the
chain index or the Fisher index, the rate of volume growth tends to be lower than the rate obtained by
the Laspeyres index.

108
Table T13.5. Loss of additivity in using Fisher indexes at the price of year 0
Year 0 Year 1 at year-0 prices
Non-high-tech
goods
5 4 20 30 4 120
Total at prices of
year 0
65 210
Total at prices of
year 0 using
Laspeyres index
(=65*3.2308)
210
Total at prices of
year 0 using Fisher
index
(=65*2.8543)
185
Chain index, base year and reference year: an example
13.27. The example in table T13.6 shows the use of the chain index and the difference between the
base year and the reference year.
13.28. From the data in row 2 of table T13.6, in which the base year (either a Fisher or Laspeyres
index) is annually changed, it is possible to calculate the volume index of T5 relative to T0 by chaining
the indexes together, as follows:
1.02 x 1.03 x 1.01 x 1.04 x 0.99 = 1.093
13.29. Since the base year changes annually, it is possible to use any year as a reference year so
that a series of comparable values can be created. For instance, line 2 shows the value of GDP using
T3 as the reference year. GDP at T4 is obtained by multiplying GDP at T3 by the volume index of T4
shown above and dividing the result by 100. GDP at other years after T4 is calculated in the same way
by multiplying the volume index of the year with GDP of the previous year. GDP at the years before
T3 is calculated by dividing GDP of the succeeding year by the volume index of the year and then
multiplying the result by 100.
Table T13.6. Difference between base year and reference year
T1 T2 T3 T4 T5
Volume index (previous year =100) 102 103 101 104 99
GDP in current prices of the base year 450.0
GDP in T0 prices 432.6 445.5 450.0 468.0 463.3
D. METHODS OF OBTAINING VOLUME OF GDP
General principles
13.30. GDP at constant prices can be measured by measuring at constant prices the final uses of
GDP, which consists of final consumption expenditure, gross capital formation and exports less
imports. The final uses are deflated with their respective price indexes. That measurement is based on
the final expenditure approach to GDP.

109
13.31. GDP at constant prices (volume measure) can also be measured by using the double deflation
method, i.e., by deflating output and intermediate consumption with their respective price indexes for
each industry and then obtaining value added by industry at constant prices as the difference. Since
there are price indexes for industry output, products produced by each industry are deflated by PPIs
and summed up to obtain industry output at constant prices. GDP at constant prices is the sum of
value added by industry at constant prices plus deflated taxes less subsidies on products. Taxes or
subsidies at constant prices may be derived by taxes/product or subsidies/product ratios of the base
year if tax rates do not change. That measurement is based on the production approach to GDP.
13.32. The best approach is to combine the deflation of final uses and the double deflation of value
added through the use of the supply and use tables of a base year in order to avoid a discrepancy in
the volume of GDP by the two separate procedures. The general outline of the double deflation
approach is shown in tables T13.7 to T13.9. To become familiar with that method, readers should
consult the Handbook of Input-Output Table Compilation and Analysis (United Nations publication,
Sales No. E.99.XVII.9), chap.XI.
Specific comprehensive methods
13.33. There are two ways to implement the deflation method using supply and use tables. In a full-
fledged application of the double deflation method, supply and use tables for both the current and
base years must be available. However, if only final expenditures, exports, imports, industry outputs
and total intermediate consumption by industries are available, short cuts are to be used. Short cuts
use either the intermediate consumption matrix and the domestic supply matrix of the base year
supply and use tables as weights in the derivation of implicit price indexes for intermediate
consumption by industries, or the supply and use tables updated for the current year using the RAS
method (for the RAS method, see Handbook of Input-Output Tables Compilation and Analysis,
op.cit., chap IX). Supply and use tables derived by the RAS method are preferable to the simple use
of base-year information as weights.
The first method
13.34. The first method is described in table T13.7. It requires producer price indexes (PPIs) for
outputs of industry, purchasers’ price indexes for intermediate consumption, household final
consumption (CPI), government final consumption, gross capital formation, and price indexes for
exports and imports. The method in general produces statistical discrepancy between GDP by
production approach and GDP by final expenditure approach because there is always inconsistency
among the various price indexes, even if the supply and use tables at current prices are fully balanced.
Another drawback is that price indexes for intermediate consumption are not normally collected. An
approximation technique must therefore be applied.

110
TABLE T13.7. DEFLATION OF GDP AND FINAL USES: FIRST METHOD, VERSION 1
SUPPLY TABLE
Industries A, B, C...
Industry output
Product A
Product B
Product C...
Products produced by industries are
measured at basic prices and individually
deflated by PPIs, the sum of which is
industry output at constant prices
USE TABLE
Products used
Product A
Product B
Product C
...
INTERMEDIATE CONSUMPTION
Measured at purchasers’ prices
Intermediate consumption by type of
products is deflated by price indexes for
goods and services used for intermediate
consumption
FINAL USES
Measured at purchasers’ prices
Gross capital formation (GCF) is
deflated by price indexes for goods
and services used as GCF
Final consumption is deflated by
CPIs
Final consumption of government
and NPISHs is deflated by indexes
production costs
Exports are deflated by export price
indexes
Imports are deflated by import price
indexes
Value added Value added is derived as the difference
between industry output and intermediate
consumption
Industry output Industry output at basic, constant prices is
obtained from the supply table above
13.35. Price indexes for intermediate consumption can be implicitly approximated in the following
ways (see table T13.8):
a) Deflate the supply table to arrive at the total constant value of supply of products at
purchases prices. To do that, outputs are deflated by PPIs, imports are deflated by
import price indexes, and trade and transport margins at constant prices are derived
by the ratios of trade margin over the value of product used (domestic product plus
import) of the base year. The use of base-year trade margin ratios is based on the
assumption that real trade mark-up does not change. In principle, deflators can be
collected for trade mark-up, but that is rarely done since it is costly to do so. If
products produced by industries are not available, the product mixes of the base-year
supply table can be used to approximate outputs of products;
b) Equate the constant values of supply to the constant value of uses in the use table;
c) Deflate household final consumption by CPIs, government final consumption also by
CPIs if price indexes are not available, gross capital formation by its price indexes of
gross and exports by export price indexes;
d) Derive the implicit constant value of intermediate consumption by products by
deducting components of final uses in constant prices from the total uses in constant
prices. Derive implicit price indexes of intermediate consumption by products;
e) Use the implicit price indexes of intermediate consumption by products to derive the
implicit price indexes of intermediate consumption by industries. The weights used in
deriving those latter price indexes are either the intermediate consumption of the

111
base-year use table or that of the current use table that can be derived by the RAS
method (for the RAS method, see Handbook of Input-Output Tables Compilation and
Analysis, op.cit., chap. IX );
f) Use the deflated industry outputs in the supply table and deduct intermediate
consumption by industries from them to derive value added at constant prices;
g) Taxes or subsidies at constant prices are derived by taxes/product or
subsidies/product ratios of the base year. The use of base-year ratios is based on the
assumption that tax or subsidies rates do not change. If tax/subsidies rates change,
they should be used to create their own deflators.
TABLE T13.8. DEFLATION OF GDP AND FINAL USES: FIRST METHOD, VERSION 2
The supply table at current prices of the current year
Industry
1
Ind.
2
Ind.
3
Total domestic
supply at basic
prices
Imports
c.i.f
Trade and
transport
Margins
Taxes less
subsidies
on
products
Total supply
at
purchasers’
prices
Product 1 177 35 212 18 37 13
Product 2 12 84 96 9 30 7
Product 3 70 70 0 -67 0
Industry
output 189 119 70 378
The use table at current purchasers prices of the current year
Industry
1
Ind.
2
Ind.
3
Intermediate
consumption
by industry Exports
Final
Expenditure
Total uses
at purchasers’
prices
Product 1 33 161
Product 2 Data on intermediate 12 60
Product 3
consumption may not be
available 3
Value added
Industry
output 189 119 70
The second method
13.36. The second method is presented in table T13.9. It requires only PPIs and import price
indexes. In order to utilize only those price indexes, elements in the use table and final uses measured
at purchasers’ prices must be separated into three separate components: basic values, taxes, and
subsidies on products and trade margins. Intermediate consumption, final consumption and gross
capital formation at basic prices are deflated by PPIs. Imports are deflated by import price indexes.
Taxes or subsidies and trade margins at constant prices are derived by taxes/product or
subsidies/product ratios and trade margin/product ratios of the base year, as discussed in method one.
13.37. In both methods, since there are no price indexes for industry output, products produced by
each industry must be deflated by PPIs of relevant products and the results summed up to obtain
industry output at constant prices (see the supply table where products produced by each industry are
recorded). In other words, the price indexes of industry outputs are implicitly derived by dividing
industry outputs at current prices by industry outputs at constant prices.

112
13.38. It is not possible to derive the volume of GDP by deflating components of value added since
operating surplus, a component of value added, is calculated as a residual and therefore has no price
index.
TABLE T13.9. DEFLATION OF GDP AND FINAL USES: SECOND METHOD
SUPPLY TABLE
Industries A, B, C...
Industry output
Product A
Product B
Product C
...
Products produced by industries are
measured at basic prices and individually
deflated by PPIs, the sum of which is
industry output at constant prices
USE TABLE
Products used
INTERMEDIATE CONSUMPTION
Measured at purchasers prices and
subdivided into:
1. Intermediate consumption at basic prices:
deflated by PPIs
FINAL USES
Measured at purchasers prices and
subdivided into:
1. Final uses at basic prices: deflated by
PPIs
Product A
Product B
Product C
2. Taxes less subsidies on products used as
intermediate consumption: deflated by
using base-year ratios
2. Taxes less subsidies on produces used
as final uses: deflated by using base-year
ratios
... 3. Trade margins on products used as
intermediate consumption: deflated by
using base-year ratios
3. Taxes less subsidies on produces used
as final uses: deflated by using base-year
ratios
Value added Value added is derived as the difference
between industry output and
intermediate consumption
Industry output Industry output at basic, constant prices
is obtained from the supply table above

113
EXERCISE ON VOLUME INDEXES
Show step-by-step how the Laspeyres, Paasche and Fisher volume indexes are derived using the data at current
prices given below. Show the price index for each commodity and then show the volume indexes for each
commodity and aggregates using different types of indexes.
Data at current prices
Year 0 Year 1
Non-high-tech goods 5 4 20 30 1.8 54
Total 65 174
EXERCISE ON DOUBLE DEFLATION METHOD – SHORTCUT
The following information on an economy with only two industry producing two products will be used for the
exercises:
Shares of products at basic prices produced by each industry in the base year.
Shares of production costs of each industry in terms of industry output (intermediate consumption are
broken down into products in basic prices used in production, trade margins and taxes on products).
It is assumed that trade margins are part of the output of industry 2.
Supply table of the base year
Industry 1 Industry 2Industry
Shares
Product 1 0.8 0
Product 2 0.2 1.0
Industry output 1.0 1.0
Production costs in the use table of the base year
Industry 1 Industry 2Industry
Shares
Product 1 in IC 0.30 0.20
Product 2 in IC 0.25 0.10
Trade margin on IC 0.10 0.05
Taxes on products on IC 0.02 0.00
Value added 0.33 0.65
Industry output 1.00 1.00
Given also the following information on the current year:
Price index of product 1: 105
Price index of product 2: 103
Output of industry 1: 220

114
Output of industry 2: 120
Calculate for the current year:
1. Price indexes for industry output (without information on the products at current prices
produced by each industry, one has to assume that the output structure of the supply table at
the base year remains the same in the current year).
2. Industry output at constant prices.
3. Intermediate consumption at constant prices.
4. Intermediate consumption at current prices.
5. Total value added at constant prices and current prices (it is not possible to derive GDP since
the total taxes less subsidies on products is not given, except those on intermediate
consumption).
6. Implicit price index for total value added.

115
SOLUTIONS
SOLUTIONS TO EXERCISE ON VOLUME INDEXES
Table 1: Laspeyres volume indexes
Values at year-0 prices Volume index
Year 0 Year 1 Year 0 = 100
High-tech goods 45 90 [=120*100/133.3] 200
Non-high-tech goods 20 120 [=54*100/45] 600
Total 65 210 323.08
Table 2: Paasche volume indexes
Values at year-1 prices Volume index
Year 0 Year 1 Year 0 = 100
High-tech goods 60
[=45*(133.3/100)]
120 200
Non-high-tech goods 9 [=20*(45/100) 54 600
Total 69 174 252.17
Fisher volume indexes = (Laspeyres index)1/2
x (Paasche index) 1/2
High-tech goods = (2001/2
x 2001/2
) = 200
Non-high-tech goods = (6001/2
x 6001/2
) = 600
Total = (323.081/2
x 252.171/2
) = 285.43
SOLUTION TO EXERCISE ON DOUBLE DEFLATION METHOD
1. Price indexes of the output of industry 1 and industry 2 of the current year are calculated by
assuming that the structure of output of the base year remains the same:
The price index of an industry output is the weighted price indexes of products produced by
that industry. The weights are from the supply table of the base year.
Table 1
Price index of industry 1 Price index of industry 2
Product 1 84 (=0.8x105) 0
Product 2 20.6 (=0.2x103) 103 (=1x103)
Industry output 104.6 103
2. Industry output of the current year at constant prices:
Industry 1: 220*100/1.046 = 210.32
Industry 2: 120*100/1.03 = 116.50
3. Intermediate consumption of the current year at constant prices:
The intermediate consumption at the base year price is calculated by using the intermediate
consumption shares of the base year. Intermediate consumption at constant prices of each
industry are equal to the product of the intermediate consumption shares of the base year and

116
the corresponding industry output at the base year price (see table 2 below, for example,
0.3x210.32=63.1). Trade margins at constant prices are equal to the product of trade margin
shares of the base year and the corresponding industry output at the base year price, (for
example, 0.1x210.32=21.03). Taxes and subsidies at constant prices are similarly calculated.
Value added at base year prices is the difference between output and intermediate
consumption.
4. Intermediate consumption of the current year at current prices
The intermediate consumption in current prices is calculated for products by inflating the
values at the base year prices by the appropriate product price indexes, (for example,
63.1x105/100=66.25). Trade margin and taxes on products are calculated by applying the
corresponding ratios in the base year to the industry output in current prices, (for example,
0.1x220=22). Value added at current prices is the difference between output and intermediate
consumption.
Table 2
At base year prices At current prices
Industry 1 Industry 2 Industry 1 Industry 2
Product 1 63.10 23.30 66.25 24.47
Product 2 52.58 11.65 54.16 12
Trade margin 21.03 5.82 22 6
Taxes on products 4.21 0 4.4 0
Value added 69.41 75.73 73.19 77.53
Industry output 210.32 116.50 220 120
5. Total value added at constant and current prices:
Total value added of the current year at the base year prices: 69.41 + 75.73 = 145.14
Total value added of the current year at current prices: 73.19 + 77.53 = 150.72
6. Implicit price index:
Implicit price index for total value added: (150.72/145.14)*100 = 103.8

117
PART III
DATA COLLECTION AND ESTIMATION
METHODS IN SNA

118
Chapter 14
Data collection, compilation and estimation methods
in national accounts: a summary
A. OBJECTIVES
14.1 The compilation of national accounts relies on three approaches: the production approach, the
income approach and the final expenditure approach (see paras. 2.14-2.16 above)). Each of those
approaches requires a different set of data. The best practice is to combine all of them simultaneously
in the framework of the supply and use tables, which was explained in chapter XIII above in relation
to the methods of obtaining the volume of GDP. The main objective of that best practice is to avoid
the discrepancies in the three values of GDP volume obtained by applying the three different methods
separately. Thus, the compilation relies not only on data collected but also on aggregates, such as
value added and GDP, obtained as residuals through the national accounts compilation process.
14.2. In addition, the balancing technique applied in balancing supply and use tables would yield
information on the elements concerning which statisticians do not have direct information or when it
is too costly to collect information directly. For example, grain production may be produced by
numerous households but also by a few large corporations. The total output of grain is normally
measured by the total crop area and estimated yield per acre. The total output of grain by corporations
must be obtained by direct survey, but the total output of grain by households can be obtained as a
residual. The total output of grain is then balanced with change in inventories, the intermediate use of
grain in animal farming, a few manufacturing industries, and imports and exports of grain in order to
obtain the total household consumption of grain. Thus, it is not necessary to survey households on
their production and final consumption of grains.
14.3. The present chapter will provide a general review of how data are collected and the
estimation techniques used in national accounts compilation.
B. DATA-COLLECTION METHODS
14.4. Data for national accounts come from three main sources:
a) Administrative records;
b) Statistical methods: data obtained by extrapolating survey results on the basis of a
benchmark census, a complete enumeration of the entire population;
c) Estimation methods in the national accounts departments.
14.5. Those different types of data are reviewed below.

119
C. DATA FROM ADMINISTRATIVE RECORDS
Types of records
14.6. The following records are prepared and submitted to higher authority by mandates:
a) Government revenue and expenditure statistics (traditionally compiled by the
ministry of finance on government budget);
b) Foreign trade statistics (i.e., exports and imports of goods through customs);
c) Money and banking statistics (traditionally compiled by the central bank);
d) Report on insurance companies by the insurance regulatory authority;
e) Tax records, with limited information on sales, cost of sales and income (processed
by tax authority);
f) Business accounts of publicly traded corporations submitted to the stock exchange
regulation commission.
14.7. The following records are prepared for internal uses by corporations:
a) Business accounts of corporations that include the income statement, the change in
the financial position or cash-flow statement, and the balance sheet;
b) Market analyses by producers associations.
National accounts data in administrative records
14.8. Administrative records can provide information on production accounts and final uses of the
government sector (not only for general government but also for non-market services produced by
the government), the financial corporations sector and the non-financial corporations sector.
14.9. Government revenue and expenditure statistics, money and banking statistics and the
financial information of insurance companies can provide information on transactions of property
income and current transfers between various sectors of the economy, which is particularly useful for
the compilation of the household sector.
14.10. Taking advantage of administrative records in the compilation of national accounts depends
on the agency responsible for compiling national accounts working closely with the agencies that are
responsible for those records to specify the details that are necessary for national accounts; the ability
to utilize those records; and the speed with which the records are made available.
Quality evaluation
14.11. For administrative records:
a) Coverage and reliability are high;
b) Timeliness is low since it takes time to process reports;
c) Processing cost can be high.

120
Correction measures to improve timeliness
14.12. To speed up data availability of administrative records, a sampling of tax records may be
utilized; the use of budgeted government revenues and expenditures, may be corrected for
implementing indicators (based on past experience or current assessments).
14.13. Revision of administrative records is needed when complete and/or audited data are made
available.
D. DATA COLLECTED BY STATISTICAL METHODS
14.14. A wide range of statistics are collected by government (national statistical offices) for
purposes other than national accounts by censuses and surveys.
14.15. A census of all statistical units in a given population is carried out every five or 10 years.
Every year or quarter, a sample is taken to estimate population data. The process of data collection by
census and surveys is shown in figure F14.1. The most important requirement for a sample survey to
be reliable is that the register of statistical units (sometimes called the frame) is up to date.
CENSUS
Definition
14.16. A census is a complete enumeration of an entire population of statistical units in a field of
interest. For example, the population census canvases every household in a country to count the
number of permanent residents and other characteristics, or a census of manufacturing may canvas all
establishments engaging in manufacturing activities. The census of population (and households) is
commonly carried out every 10 years. The censuses of agriculture, fishery, forestry, construction,
manufacturing, trade and other services are commonly carried out every five years. Similarly, a
consumer income and expenditure survey is carried out every five years.
14.17. Data from the censuses serve as the base-year or benchmark data.
Requirement
14.18. A complete and up-to-date register of all statistical units in the field of inquiry is required.
Advantages
14.19. A census provides the most reliable statistics if done professionally and with integrity.
Disadvantages
14.20. It is very costly to enumerate and to process data by means of a census. Timeliness is not
high: data is available for use only many months, even years after it is collected. A census is normally
carried every five or 10 years.

121
FIGURE F14.1. PROCESS OF DATA COLLECTION BY CENSUS AND SURVEYS
CENSUS
(Every 5 or 10 years)
REGISTER
of statistical units
Corporations
sectors:
companies or
establishments
by activity and
size
Household
sector:
household units
by size, rural
and urban
Agriculture,
forestry:
household units
or land use
UPDATED
REGISTER
Updated number
of companies
and
establishments
Updated number
of household
units
Updated number
of household
units or land use
SURVEYS
(Monthly, quarterly,
annually)
ESTIMATES

122
SURVEYS
Definition
14.21. Surveys are based on a scientifically selected random sample from a population. Data for the
population is obtained by blowing up the sample data by extrapolating the sample size to the
population size.
Advantages
14.22. Surveys provide more up-to-date statistics, which are reliable, if scientifically designed and
professionally implemented, and are less costly than a census. Sampling errors can also be obtained.
Surveys are normally carried out weekly, monthly, quarterly or annually.
Disadvantages
14.23. Timeliness requires prompt data processing, thus less information may be gathered.
E. ESTIMATION METHODS IN SNA
14.24. There are three methods of estimation in national accounts for data that are not available in
administrative records, censuses or surveys:
a) Balancing item method;
b) Commodity flow method;
c) Benchmark ratio method.
Balancing items
14.25. As a system of identities, data for the national accounts on many important aggregates are
obtained as balancing items. For example, value added is defined as a balancing item, i.e., output less
intermediate consumption.
14.26. The reliability of balancing items depends on the reliability of the basic information, which in
the case above consist of output and intermediate consumption.
Commodity flow method
14.27. Commodity flow method is based on the exploitation of the equality of supply and use of a
commodity in the economy, i.e., output + import = final consumption + gross fixed capital formation
+ change in inventories + exports.
14.28. Commodity flow method is widely used to obtain gross capital formation. For instance,
machinery, a capital good, is supplied by domestic production (output obtained through surveys) and
import (obtained by administrative records). Final consumption of that commodity by definition is
zero. Given change in inventories (obtained through surveys) and exports (by administrative records),
the good used as gross fixed capital formation can be obtained.
14.29. If there are independent estimates of all the components, the commodity flow method is also
used to balance supply and use of commodities in an economy.

123
Benchmark ratio method
14.30. Constant ratios of the most recent benchmark year, for instance value added/output ratios, are
regularly used to extrapolate value added of the current period given output (obtained by survey).
Quarterly national accounts rely even more heavily on the benchmark ratio method. For example, the
quantity of electricity used may be used to extrapolate output and value added of the electricity
activity, or retail trade data may be used to extrapolate household final consumption by product.
14.31. The advantage of this technique is that the use of ratios requires surveying only output, which
is easier to obtain than intermediate consumption.
14.32. The drawback of this method is that it gives the impression that value added/output ratios are
not volatile since it is assumed that technical change is slow, whereas of course such ratios are
certainly not constant.
14.33. Value added of corporations, which may be directly obtained, can be used as total controls.
However, it is not possible to get value added for the household sector directly since households do
not keep business accounts, nor for the establishments sector for which only cost of production can be
accounted for.
14.34. A simple way of estimating value added of the industries that produce commodities with
highly fluctuating prices is as follows:
a) Deflate output by its price index and then use the benchmark ratio to calculate value
added at constant price;
b) Estimate intermediate consumption at constant price and inflate it to current price by
a composite price index of intermediate consumption;
c) Estimate value added at current price by the difference between output and
intermediate consumption at current price.
Evaluation of estimation methods
14.35. The production approach relies on all three types of data sources. Estimates based on surveys
with updated benchmark ratios are more reliable than those based only on benchmark ratios of a
distant year.
14.36. The income approach relies on surveys or administrative records but is applicable to
corporations only. This approach is used less frequently than the production approach and the final
expenditure approach.
14.37. The final expenditure approach relies mainly on surveys and administrative records:
a) Data on final consumption and gross capital formation of government are obtained
from government bookkeeping;
b) Data on exports and imports of goods are obtained from customs, data on exports and
imports of services from banking statistics and surveys;
c) Data for gross capital formation for non-government sectors are obtained from direct
surveys of capital formation or applying the commodity flow approach to data
obtained by surveys and administrative records;

124
d) Data on final consumption of households are extrapolated from benchmark data,
using retail trade surveys and household budget surveys. Without retail trade surveys,
household consumption may have to be estimated as balancing items or residuals, a
less reliable approach.
14.38. For GDP at constant prices:
a) The final expenditure approach provides the easiest way of obtaining GDP at
constant prices;
b) The production approach has to rely on double deflation method, (i.e., deflating both
output and intermediate consumption and then taking the difference between them to
derive value added in constant prices). Since intermediate consumption contains
numerous different goods and services for different industries, it is therefore not easy
to apply this method quarterly or annually. In case data are not available, a single
indicator method must be utilized. That indicator can be the consumer price index;
c) It is impossible to derive value added at constant prices by the income approach since
it is not possible to deflate operating surplus.

125
ANNEX
EXPLANATION OF SNA SUPPLY AND
USE TABLES
AND
INTEGRATED ACCOUNTING
FRAMEWORK:
AN EXAMPLE
OBJECTIVES
A.1. The present annex aims to provide a detailed example of the full integrated accounting framwork
of the SNA with a simplified example. The example is also contained in the Excel file SNA.xls
in the diskette which is provided on the webpage of the United Nations Statistics Division
http://unstats.un.org/unsd/sna1993/handbooks.asp.
A.2. The explanation also serves as instructions for using the SNA Excel compilation worksheets
posted in the webpage mentioned above in the Excel file SNA.zip. The compilation worksheets
are expected to provide developing countries with a simple and ready-to-use tool to compile
sectoral accounts. Worksheets for the supply and use tables are not provided, since it is not
possible to predict the appropriate industrial sectoring for a country. However, the supply and
use tables can be easily extended from the supply and use tables supplied in the simplified
example.
A.3. In the present example, the non-profit institutions serving households (NPISH) sector is
aggregated to the general government sector for presentation purposes because both sectors
produce mainly non-market goods and services and therefore SNA treats them similarly. In
practice, the NPISH sector is either shown as a separate sector or aggregated to the household
sector.

126
USEANDSUPPLYTABLES
SUPPLYTABLE
Outputofindustriesatbasicprices
Non-financialactivitiesFinancialactivities
Total
economy
Imports
c.i.f.
(Total
f.o.b.)
C.i.f./f.o.b.
adjustment
Totalproduct
supply
Trade&
transport
margins
Taxesless
subsidies
on
products
atbasicprices
Total
product
supplyat
purchasers'
pricesUnincorporated
enterprises
Corporate
enterprises
Unincorporated
enterprises
Corporate
enterprises
Other
non-market
Government&
NPISHs
(1)(2)(3)(4)(5)(6)=(1)+..+(5)(7)(8)(9)=(1)+..+(7)(10)(11)(12)=(9)+..+(
11)
1Non-financialgoods&services
exceptmarginsa
44239283223056015380
2Tradeandtransportservices1053633-165-6038
3Financialservices218202-121223
4Othernon-marketservices101001010
5c.i.f./f.o.b.adjustment-2200
6Directpurchasesabroadbyresidents333
7Totalsupplyatbasicprices5429221810376280404020424
USETABLE
IntermediateconsumptionofindustriesGovernment&NPISHs
Non-financialactivitiesFinancialactivities
Total
economy
Exports
f.o.b.
Household
final
expenditure
Individual
final
consumption
Collective
final
consumption
Gross
capital
formation
Totaluseof
products
purchasers'
pricesUnincorporated
enterprises
Corporate
enterprises
Unincorporated
enterprises
Corporate
enterprises
Other
non-market
Government&
NPISHs
(1)(2)(3)(4)(5)(6)=(1)+..+(5)(7)(8)(9)(10)(11)(12)
1Non-financialgoods&services
exceptmargins*
2212905215837142340380
2Tradeandtransportservices-4---4228
3Financialservices212012171523
4Othernon-marketservices1115310
5Directpurchasesabroadbyresidents33
6Directpurchasesathome
bynon-residents
1-10
7Totalusesatpurchasers'prices24146064180411528340424
8Totalgrossvalueadded/GDP216
9Grossvalueaddedatbasicprices301462126196
10Taxeslesssubsidiesonproducts20
11Industryoutputatbasicprices/total5429221810376
a
“Margins”referstotradeandtransportmargins.

127
INTEGRATEDNATIONALACCOUNTINGFRAMEWORK
Non-financialcorp.sectorFinancialcorp.sectorGovernment&NPISHsectorHouseholdsectorTotaleconomyRestoftheworldsectorTotalschecking
(1)(2)(3)(4)(5)(6)(7)
URURURURURURUR
PRODUCTIONACCOUNTS
1Importsf.o.b.28
2Exportsf.o.b.41
3Externalbalanceofgoods&services-13
4Outputatbasicprices292181056376
5Intermediateconsumption1466424180
8GDP216
GENERATIONOFINCOMEACCOUNTS
11Wagesandsalaries110650121121
12Employerssocialcontributions101101212
13Othertaxesonproduction200133
14Taxeslesssubsidiesonproducts
15Grossoperatingsurplus245029
16Grossmixedincome3131
ALLOCATIONOFPRIMARYINCOME
17Externalbalanceofgoods&services-13
18Grossoperatingsurplus245029
19Grossmixedincome3131
21Wagesandsalaries11911935124124
22Employerssocialcontributions12121212
23Othertaxesonproduction3333
25Propertyincome1411108442103033303333
26Balanceofprimaryincome/Grossnationalincome21323170217
SECONDARYDISTRIBUTIONOFINCOME
27Balanceofprimaryincome/grossnationalincome21323170217
28Currenttaxesonincome81595059595959
29Socialcontributions30104040404040
30Socialbenefitsotherthaninkind14060101101101101101
31Othercurrenttransfers9203202132411014242
32Grossdisposableincome12329182226

128
(1)(2)(3)(4)(5)(6)(7)
URURURURURURUR
REDISTRIBUTIONOFINCOMEINKIND
34Socialtransfersinkind888888
35Socialbenefitsinkind333333
36Transfersofindividualgoods&services555555
37Adjustedgrossdisposableincome12321190226
USESOFDISPOSABLEINCOME
39Finalconsumptionexpenditures11152163
40Adjustmentforchangeinnetequityof10101010
41householdsonpensionfunds
43Currentexternalbalance-23
44Actualfinalconsumption(adjusted)003160163
CAPITALACCOUNTS
46Currentexternalbalance-23
47Grosscapitalformation2525840
48Consumptionoffixedcapital712212
49Netcapitalformation1813628
50Acquisitionlessdisposalofnon-producedassets200-20
51Capitaltransfers,receivable222
52Capitaltransfers,payable-1-1-1-2
53Netlending(+)/Netborrowing(-)-16-9153424-24
FINANCIALACCOUNTS
54Netlending(+)/Netborrowing(-)-16-9153424-240
55Netacquisitionoffinancialassets10292744110-4106
56Netincurrenceoffinancialliabilities263812108620106
57Currencyanddepositsandthelike2211191411-121313
58Securitiesothershares2979105133223-273030
59Loans1118127153123083131
60Sharesandotherequity14243104-3377
61Insurancetechnicalreserves00018001801818001818
62Netequityonhouseholdlifeinsurance666666
63Netequityonhouseholdpensionfunds101010101010
64Prepaymentofpremiums111111
65Reservesagainstoutstandingclaims111111
66Otheraccountsreceivable/payable525572077

129
(1)(2)(3)(4)(5)(6)(7)
URURURURURURUR
BALANCESHEETS
OPENINGBALANCESHEETS
67Non-financialassets7205016519611310
68Producedassets420306596611
69Non-producedassets30020100100520
70Financialassets/liabilities851803303103770172406246005425678625
71Openingnetworth625701323281155291184
CHANGEINTHEBALANCESHEETSfrom
CAPITALANDFINANCIALACCOUNTS
74Non-producedassets200-200
75Financialassets/liabilities102629382712441011086-420106106
OTHERCHANGESINVOLUME&
REVALUATION
Changeinnetworth67-52673161-20141
80Grosssaving12-7184063-23
81Consumptionoffixedcapital-7-1-2-2-120
82Capitaltransfers-10201-1
83Otherchangesinvolumeandrevaluation6338351094113
CLOSINGBALANCESHEETS
88Closingnetworth69265158401131691325

130
A. EXPLANATION OF SNA SUPPLY AND USE TABLES AND
INTERGRATED ACCOUNTING FRAMEWORK:
A SIMPLIFIED EXAMPLE
A.4. The example contained in the annex table above presents numerically the complete SNA in a
simplified manner but still retains all the essential features of the system. The example is also
included in Excel spreadsheets so that readers can examine the relationships of all economic
transactions in the economy with each other and with transactions with the rest of the world. It is
modeled on the examples given in the System of National Accounts, the 1993 (1993 SNA). Besides
reading the text of explanations, readers may also explore all the relationships in the formulas set out
in the Excel worksheets provided on the United Nations Statistics Division webpage. The worksheets
are similar to those developed by the United Nations Statistics Division for actual national accounts
compilation. The example may be used as a training tool before the software developed by the
Division is used for actual compilation.
A.5. The explanations given here are for the purpose of guiding readers through the example only.
To understand the principles of national accounting, the compilation of supply and use tables and
input-output tables, and the use of business accounts to compile the institutional sectoral accounts,
readers should consult the 1993 SNA, the Handbook of Input-Output Table Compilation and
Analysis, (United Nations publication, Sales No. E.99. XVII.9) and Links between Business
Accounting and National Accounting (United Nations publication, Sales, No. E.00.XVII.13).
1. SUPPLY AND USE TABLES
A.6. The supply table and the use table are both shown in a very aggregated manner. In the
activity columns, all economic activities conducted by each institutional sector are aggregated into
one column. In actual compilation, each column here may contain numerous columns, each of which
is identified by an industry classification code, which should be based on ISIC, Rev.3 a)
. The reason
for so doing is to immediately show the value added generated by every institutional sector in the
economy and then have it linked to the integrated accounting framework for pedagogical purposes.
The rows are also highly aggregated, may be much more numerous and are identified by the
commodity classification codes, which should be based on CPC b)
.
A.7. In supply and use of tables, the total supply of each product must equal its total use. It is easy
to check, in column 12, that the row sums from row 1 to 4 in the supply table are equal to the
corresponding row sums in the use table. Thus:
total supply = domestic production + imports
total use = intermediate consumption by industries + exports + final consumption + gross
capital formation
A.8. The outputs of industries in the supply table are at basic prices, but the uses in the use table
are at purchasers’ prices. Because of that, in the supply table, the supply of product at purchasers’
prices (column 12) are obtained by adding to the supply of product at basic prices (column 9) the
trade and transport margins (column 10) and taxes less subsidies on products (column 11).
a)
International Standard Industrial Classification of All Economic Activities, Revision 3 (United Nations
publication, Sales No. E. 90.XVII.11).
b)
Central Product Classification Version 1.0 (United Nations publication, Sales No. E. 98.XVII.5).

131
A.9. The elements of imports in the supply table (column 7) must be measured including cost,
insurance and freight (c.i.f.) to make them equivalent to basic prices, but the total value of imports
must be valued free on board (f.o.b.) so as to arrive at the correct balance of trade (imports less
exports). Thus, the column and row of c.i.f./f.o.b. adjustment are necessary. In order to avoid double
counting, the adjustment row and column (row 5 and column 8) deduct insurance and freight services
on imported goods since they are included in both the values of imported goods and the supply of
services.
A.10. As with other outputs, the output of transport services is shown in row 2 and column 6 of the
supply table. However, row 2 of the use table shows only the trade and transport services at
purchasers’ prices, which are directly purchased by users because trade and transport margins on the
goods consumed are already included as a part of the purchasers’ prices of goods that are used. Thus,
to balance the totals of row 2 of the supply and use tables, the total value of trade and transport
margins is entered in row 2 and column 10 of the supply table as a negative value.
A.11. Reading through column 1 and row 1 of both the supply and use tables helps explain how
data are presented. The total supply at purchasers’ prices of product 1 c)
in row 1 is 380; 44 is
produced by activity 1 and 239 by activity 2 and 22 is imported, so the total supply at basic prices is
305. Adding in trade and transport margins (for circulation inside the economy) (60) and taxes less
subsidies on products (15), one obtains the total supply of the first product at purchasers’ prices (380).
Column 1 in the supply table shows the outputs at basic prices produced by activity 1. It produces two
products: the output of product 1 (44) and the output of product 2 (10). Column 1 in the use table
shows the uses of goods and services in production of those outputs; 24 (=22 + 2 shown in row 7) is
called intermediate consumption. The gross value added (30) is calculated as the difference between
the industry output of industry 1 (54) and its intermediate consumption (24). The value added may be
broken down into compensation of employees, other taxes on production, consumption of fixed
capital and operating surplus. Gross operating surplus, together with mixed income, is calculated as a
residual. In case of unincorporated enterprises, which combine expenditures of the enterprise and
final consumption expenditure of their owners so that compensation of employees is not paid
explicitly to the owner/worker, the residual will be called mixed income.
A.12. GDP is equal to the total of value added at basic prices plus taxes less subsidies on production
and imports. GDP = 196 + 20 = (30 + 146 + 2 + 12 + 6) + 20 = 216 (see use table, column 6, rows 8
to 10. Taxes less subsidies on products are obtained as the sum of column 11 in the supply table, and
are also shown in the use table in column 6, row 10. Taxes and subsidies are not shown elsewhere in
row 10 since producers pay for them only as part of their intermediate consumption.
A.13. GDP also must equal the sum of exports, household final expenditure, government and
NPISH final expenditures, gross capital formation minus imports. GDP = 41 + 152 + 8 +3 + 40 – 28
= 216.
A.14. The output, intermediate consumption and value added by institutional sectors shown in the
supply and use tables of the integrated framework are derived from the table of cross-classification of
output, intermediate consumption and value added by economic activity and institutional sector. The
following is a simplified table (the cross- classification requires that each economic activity be
identified with the institutional sector under which it operates):
c)
The outputs in the supply and use tables in the present example are shown in terms of types of enterprises in
order to link them to those of the institutional sectors. However, they will normally be shown in terms of
industries classified by ISIC. The description in the present example treats them as though they are industry
output.

132
Cross-classification of output, intermediate consumption and value added
by economic activity and institutional sectors
2. INTEGRATED NATIONAL ACCOUNTING FRAMEWORK
Rules of organization
A.15. The Intergrated National Accounting Framework (INAF) is a sequence of T-accounts, unlike
the supply and use tables, which is in a matrix form. In this T-account system, uses (or assets) are
shown on the left and resources (or liabilities) are shown on the right. The difference between the
sum of resources (R) and the sum of uses (U) in each accounts is called the balancing item. The
balancing items in the example worksheet are in bold and shown on the left of the accounts. For
example, the output of the non-financial sector is 292 (4,1R - which is row 4, column 1R), its
intermediate consumption is 146 (5,1U) and gross value added at basic prices is the balancing item,
146 = 292 – 146 (6,1U).
A.16. Moving from one account to another account, for example from production accounts to
generation of income accounts, the balancing item of the previous account shown on the left (6,1U) is
moved to the right as resources for the next account (9,1R).
A.17. Transactions in the rest of the world accounts are recorded from the point of view of the rest
of the world. Thus expenditures of the economy are recorded as receipts of the rest of the world and
Agriculture Manufacturing Trade, Financial Education, health, Total
forestry,
fishery,
utility Transport intermediation social and other economy
mining construction Communication Non-market services
(1) (2) (3) (4) (5) (6)=(1)+..+(5)
OUTPUT at basic prices 33 179 64 20 80 376
Non-financial corporations sector 20 153 49 70 292
Financial corporations sector 18 18
Households sector/NPISH 13 26 15 2 56
General government sector 10 10
INTERMEDIATE
CONSUMPTION
at purchasers' prices
8 110 31 6 25 180
Financial corporations sector 6 6
Households sector/NPISH 2 17 5 24
GROSS VALUE ADDED
at basic prices
25 69 33 14 55 196
Financial corporations sector 0 12 12
Households sector/NPISH 11 9 10 2 32

133
vice versa. For example, imports of the country (expenditures) are recorded as resources (receipts) of
the rest of the world.
A.18. For the total economy (columns 5U, 5R), its total uses are the sum of uses of all institutional
sectors; its total resources are also similarly calculated. For example, 376 (4,5R) = 292 (4,1R) + 18
(4,2R) + 10 (4,3R) + 56 (4,4R).
A.19. For error checking along the rows, whenever appropriate, the total uses of the total economy
and the rest of the world must equal their total resources (see column 7). However, there is an
exception to that rule when it is applied to the financial assets/liabilities in the balance sheets (rows
67-88). If one looks at row 70, columns 7, the total uses are not equal to the total resources, since one
item, monetary gold and special drawing rights (SDRs) in assets, do not necessarily have the
counterpart sectors that hold liabilities.
Production accounts
A.20. Imports and exports are shown only in the rest of the world accounts. Imports of the country
are recorded as resources and exports are recorded as uses.
A.21. Imports, exports, output, intermediate consumption, taxes less subsidies on products are all
obtained from the supply and use tables.
A.22. GDP (216) is obtained by adding gross value added (196) to taxes less subsidies on product
(20).
Generation of income accounts
A.23. In these accounts, gross value added at basic prices is broken down into compensation of
employees, other taxes and subsidies on productions. Gross operating surplus are calculated as
residuals. No consumption of fixed capital is shown here, but if it is available it can be deducted from
gross operating surplus to obtain (net) operating surplus.
A.24. Gross mixed income, the balancing item in the household sector, is conceptually similar to
gross operating surplus since it is calculated residually. This concept is used if it is not possible to
distinguish between compensation of employees and operating surplus. The separation of gross
operating surplus (15,5U) and gross mixed income (16,5U) in the example is mainly for the purpose
of identification. Household or unincorporated enterprises may also pay out compensation to
employees, so actual production accounts may have positive values for compensation of employees
here.
Allocation of primary income accounts
A.25. For checking the equality of the total uses and resources in each row of these accounts, the
information from the generation of income accounts has to be used. The total uses of the economy,
for each transaction in a row in the generation of income accounts, must be added to its uses by the
rest of the world in the allocation of primary income accounts to make them equal to the total
resources in the allocation of primary income accounts. For example, the total uses of compensation
of employees in (20, 7U), which is 136, are equal to 133 (10,5U) + 3 (20,6U), which must equal the
total resources shown in the allocation of income accounts (20,7R).

134
Redistribution of income in kind accounts
A.26. Social transfers in kind paid by the government and NPISH sector are also shown as the
individual final consumption of that sector in the use table (column 9). Social benefits in kind (3) are
the goods and services bought by the government and NPISH sector and then transferred to the
household sector or bought by households and reimbursed by the government and NPISHs (column 9,
row 1). Transfers of individual goods and services (5) are part of the non-market output of the
industry producing government and NPISH services that benefit households less sales. The same
goods and services bought by the government and NPISH sector are then transferred to the household
sector in the use table (column 9, row 4).
A.27. Because of the existence of social transfers in kind, adjusted disposable incomes are obtained
as balancing items. They are the actual disposable incomes of the institutional sectors. Those incomes
must be compared to the actual final consumption (in row 44) to derive gross saving (row 45).
Uses of disposable income accounts
A.28. Gross disposable income in these accounts is moved from the secondary distribution of
income accounts, not from the redistribution of income in kind accounts.
A.29. As already mentioned in paragraph 24, the same gross saving can also be obtained by
deducting actual final consumption (row 44) from adjusted disposable income (row 37). Actual final
consumption is obtained by deducting social transfers in kind (row 34) from the final consumption
expenditures (row 39).
A.30. The adjustment for change in net equity of households on pension funds is recorded as
transferred from pension funds in the financial corporations sector to the household sector. Here,
transfers may be made from other sectors if they include pension funds. That adjustment should not
affect the gross saving of the total economy.
A.31. The current external balance, the balancing item in the rest of the world sector (43,6U), is
conceptually similar to gross saving of other domestic sectors although it is shown in a separate row.
The balancing item is calculated as the external balance of goods and services (17,6R) + all other
resources of the rest of the world – all other uses of the rest of the world, which is –13 + (5+1) –
(3+3+10) = -23.
Capital accounts
A.32. For total checking, capital transfers receivable must be exhausted by capital transfers payable
(see rows 51-52, column 7).
A.33. Net lending (+)/net borrowing (-) of the total economy and the rest of the world must be
equal in absolute values, but with opposite signs.
Financial accounts
A.34. The balancing items in these accounts are presented at the top of the accounts instead of at the
bottom. Items in row 54 are equal to the net acquisition of financial assets in row 55 minus the net
incurrence of financial liabilities in row 56. The net acquisition is the sum of the net assets shown
below. Similarly, the net incurrence is the sum of net liabilities shown below.

135
A.35. For error checking, not only must net lending/net borrowing for each institutional sector
derived in the financial accounts equal that derived from capital accounts, but also the net acquisition
must equal the net incurrence for the totals and for each individual transaction item..
Balance sheets
A.36. In the balance sheets, the closing balance sheets are equal to the opening balance sheets plus
changes from the capital and financial accounts and changes due to other changes in volume and
revaluation. Other changes in volume are due to disappearance or appearance of assets/liabilities that
are not due to production, such as discovery, natural calamities, confiscation, reclassification etc.
Since the revaluation of assets and liabilities is due to real holding gains/losses and/or effects of
general price level, the latter is called neutral holding gains/losses.
A.37. Changes in the balance sheets from capital and financial accounts are shown here for
pedagogical purposes; in the actual compilation framework, they can be obtained directly from the
capital and financial accounts.
A.38. The net worth is obtained as the balancing item between the total of assets and the total of
liabilities in a balance sheet. Change in the net worth can be calculated as the difference between the
net worth of the closing balance sheet and that of the opening balance sheet. Change in the net worth
can also be calculated as the sum of gross saving less consumption of fixed capital, plus net capital
transfers and other changes in volume and revaluation (see rows 80-83).
A.39. The balance sheets shown in the example are not very detailed, particularly for financial
assets/liabilities. In actual compilation, they should be at least as detailed as those shown in the
financial accounts (rows 56-66). However, at the level of aggregation in our example, it is not easy to
see the reason for the inequality of the total of financial assets and that of financial liabilities in the
balance sheets (at the column of total checking). In fact, with more details, the total of each financial
asset item must equal the total of its liabilities, except for monetary gold and SDRs. Transactions in
existing monetary gold and SDRs in the financial accounts must have counterparts. However, when
monetary gold or SDRs are created or withdrawn, they are recorded, unlike transactions in existing
monetary gold, in the other changes in volume accounts, which makes the total of financial assets
differ from that of financial liabilities. The difference is the value of monetary gold or SDRs, which
does not have a liability counterpart.
A.40. Additions to the non-produced non-financial assets, such as the improvement or reclamation
of land, are treated as part of production output and gross capital formation. In the balance sheets,
they are then reclassified to non-produced assets. That reclassification, which is part of other change
in volume, is not introduced in our example.
3. STRATEGIES FOR BALANCING INAF
A.41. To make easy the balancing of each transaction (i.e., the total use must equal the total
resource in column 7), it is important to work with detailed information. For example, property
income (line 25) can be broken down into interest from banks, interest on government bonds, interest
on foreign loans, other interests; dividends, withdrawals from income of quasi-corporations,
reinvested earnings on direct foreign investment; property income attributed to insurance policy
holders; rents on land and sub-soil assets; and royalties on intangible non-produced assets, such as
patented entities, leases and transferable contracts. Similarly, other current transfers may be broken
down to net non-life insurance premiums, net life insurance premiums, current transfers within
general government, immigrants’ remittances, current transfers to NPISHs (if not much is known

136
about current transfers to NPISHs, at least, its output less sales may be estimated to equal the current
transfers they received when there are no other sources of income). Compilers should consult the
1993 SNA, the kind of data available in the country and break down the transactions in the
compilation framework appropriately.
A.42. Besides balancing each transaction, the full balancing of aggregates for the total economy is
also important in the process of balancing. For instance:
a) Gross disposable income = GDP + net factor income with the rest of the world + net
current transfers with the rest of the world = 216 + (3 + 3 -5) + (10 – 1) = 226. This
means that the value 226 can be obtained given GDP and the rest of the world
accounts since transactions between resident sectors cancel each other out. Similarly,
gross saving and net lending (+)/net borrowing (-) can be obtained given final
consumption, gross capital formation and net capital transfers. Adjustment for change
in net equity of households on pension funds (line 40) would not affect gross saving
of the economy. That strategy also means that given reliable rest of the world
accounts and production accounts, it is possible to obtain reliable estimates of gross
disposable income, gross saving and net lending (+)/net borrowing (-) for the whole
economy to be used as control totals;
b) In the production accounts, estimates of outputs, total intermediate consumption and
compensation of employees may be more reliable for the corporate financial and non-
financial sectors and the government sector. The number of enterprises in those
sectors are also much less numerous than those in the household sector (i.e.
unincorporated enterprises). Thus, more efforts to improve data collection should be
focused on those sectors;
c) When discrepancy in net lending occurs, assuming that the rest of the world account
is reliable, it is likely that the major estimates of the economy have problems. The
following relationship has to be examined:
GDP = final consumption of household and NPISH sectors + final consumption of
general government sectors + gross capital formation of the non-financial sector +
gross capital of the financial sector + gross capital formation of the general
government sectors + gross capital of the household and NPISH sectors + exports –
imports.
In general, data for the household and NPISH sectors (either final consumption or gross capital
formation) is the weakest. They must be re-examined carefully.
4. SECTORING THE ECONOMY
A.43. SNA recommends breaking the economy down into at least five resident sectors: the non-
financial corporate sector, the financial corporate sector, general government, NPISHs, and the
household sector. However, for analytical purposes it may be important to break these sectors into
more detailed sub-sectors: For example:
a) The non-financial corporate sector may be broken down into oil and non-oil sectors if
the economy relies heavily on income and taxes from oil exporting;
b) The financial sector may be broken down into:
i. The central bank;
ii. Deposit money corporations (commercial banks);

137
iii. Other deposit money corporations (trustee savings banks, savings banks, loan
associations, credit unisons, mortgage banks, building societies, post office
savings banks etc.);
iv. Other financial intermediaries except insurance corporations and pension funds
(corporations financing investment, corporations involving financial leasing,
hire purchase, consumer credit);
v. Financial auxiliaries (securities, insurance and loan brokers, flotation
corporations, corporations involving in arranging hedging instruments);
vi. Insurance corporations and pension funds;
c) The government sector may be broken down into:
i. Central government;
ii. State government;
iii. Local government;
iv. Social security funds;
d) In addition, each institutional sector may be broken down further into public and
private sub-sectors for the studying of their economic efficiency;
e) In our pre-programmed worksheets on SNA compilation, the following institutional
classification is adopted:
i. Non-financial sectors: public and private.
ii. Financial sectors: central bank, depository banks (comprising SNA deposit
money corporations, other depository corporations), non-bank (comprising
other financial intermediaries except insurance and pension funds, and
financial auxiliaries), individual life insurance, individual non-life insurance,
social insurance and individual pension funds. Individual insurance consists
only of insurance that is bought by individuals. Insurance and pension bought
on the condition of employment (partly paid by employers) are classified into
social insurances. In case it is not possible to distinguish individual and group
insurances, one may classify them together. Social security funds operated and
run by the government is classified in the government sectors.
iii. General government sectors: central and local;
iv. Household sector;
v. NPISH sector.

138
B. SNA COMPILATION WORKSHEETS: A COMPILATION FRAMEWORK
General introduction
A.44. The worksheets are posted at http://unstats.un.org/unsd/sna1993/handbooks.asp under Handbook, National
Accounts: A Practical Introduction. Readers are advised to read the explanations of a simplified example contained
in annex I for a better understanding of the compilation spreadsheets.. However, SNA COMPILATION does not
include the supply and use tables: it is assumed that they are compiled elsewhere and the results transferred to SNA
COMPILATION.
A.45. SNA COMPILATION is a compilation framework in Excel developed by the United Nations Statistics
Division. It includes 15 separate files:
One central framework file, CENTRAL.XLS, which picks up information from individual institutional sector
file and balance total use and total resource of each transaction and then provides statistical discrepancy (on the
first column). Discrepancy = total resources – total uses.
Two non-financial sector files, NFprivate.xls and NFpublic.xls, one for private corporations and one for public
corporations.
Seven financial sector files: Central Bank.xls for the central bank; Depository Bank.xls for depository banks and
other deposit money corporations; NonBank.xls for other financial intermediaries except insurance
corporations and pension funds, financial auxiliaries, such as securities, insurance and loan brokers, and hedging
instrument arrangers; Life Insurance.xls for insurance corporations that issue private life insurance; NonLife
Insurance.xls for non-life insurance corporations that issue private non-life insurance to cover risks, accidents,
sickness, fire and deaths; Private Pension.xls for pension funds; Social Insurance.xls for all types of insurances
that are compulsory either by law or by the conditions of employment or are encouraged by the intervention of
employers; such as social security, life and non-life insurance partly paid by employers (see paras. 4.83-4.103
and annex IV of the 1993 SNA for definitions).
Two government sector files, General Government, Central.xls for central government and General Government,
Local.xls for local government (see paragraphs 4.104-4.131 of the 1993 SNA for definitions and sectoring).
One household sector file: household.xls.
One NPISH file: NPISH.xls.
One rest of the world file: row.xls.
Another file, MAIN.XLS, is also provided; it is just a convenient file so that users can go from CENTRAL file
to institutional file and vice versa.
A.46. All the files are stored in SNA.zip. To install the files, a folder with the name SNA COMPILATION (or any
other name) must be created first in a hard disk, then SNA.zip is copied and unzipped into it. A click on any file will
automatically open it.
A.47. In the central framework, the totals of the non-financial sectors, financial sectors, government sectors,
household and non-profit institutions serving households, and the total economy are automatically calculated.
A.48. The system can be expanded to include more sectors by inserting two more columns for each additional
sector in CENTRAL.XLS; for instance, deposit banks may be split into private and public sub-sectors. The same
formulas for deposit banks can be copied into the new columns. However, it is important that the file name in the
formulas in the new and old sectors be changed, and the financial subtotal in the central framework must also be
modified to take into account the additional sector. In the system, structurally, the financial, non-financial,
government, household and NPISH sectors are the same within the same kind of sectors but not the same across
different kind of sectors.
A.49. The system can be expanded to include more transactions (rows) but it is difficult to do so because in the
CENTRAL.xls file, which picks up information from the individual institutional sector file, each data element in the
institutional sector file is identified by fixed location of the row and column of the element. To modify, each element
in the CENTRAL.XSL file must be changed.

139
Data entry into SNA COMPILATION
A.50. An individual compiler can independently work with a sector file. After completing the data, the file is
copied into the SNA COMPILATION folder.
A.51. After the sector files are completed and copied into the system, the central framework file (CENTRAL)
will take data from the sector files and automatically compile information for the total economy and the
statistical discrepancies (SD), which are shown in the columns on the left side of the central framework. Non-
zero in a line means that the total use and total resource of the transaction in the line is not equal. Discrepancy is
shown in line 241, when net lending of the economy is not equal in absolute value but with opposite signs to net
borrowing from the rest of the world (ROW) calculated for the capital account. Line 247 shows SD between the
whole economy and ROW for the financial accounts. Capital accounts and financial accounts are compiled
independently, but net lending/ borrowing compiled from either one of them must be the same. When they are
not the same, SD will be non-zeros in line 483; similarly, SD in changes in net worth in the two accounts is
shown in line 484.
A.52. Data should be entered only in the lines and cells identified in black colour. Data should not be entered
in lines or cells in green color since they contain formulas. In order to avoid erasing formulas mistakenly, a copy
of all the original files should be kept.
A.53. In the central framework file, CENTRAL.XLS data on taxes and subsidies on products are the only data
that need to be entered. All other data are taken automatically from individual sector files.
A.54. To balance the system, changes in data should be inputted in individual sector files. A printout of the
central framework is also necessary in the balancing work.
A.55. The allocation of primary income accounts, unlike SNA, is not subdivided into the entrepreneurial
income (upper accounts) and allocation of other primary income accounts (lower accounts) because the
entrepreneurial income account can be easily calculated from the allocation of primary income accounts, and to
include it would require splitting the primary income account into two sub-accounts for which statistical
discrepancies cannot be calculated.
A.56. In the use of adjusted disposable income accounts of the household sector accounts file, actual
individual consumption is automatically calculated as the sum of individual consumption expenditure and social
transfers in kind. Social transfers in kind include individual government output net of sales, NPISH output net of
sales, and government and NPISH social benefits in kind.
A.57. In the balance sheets, data should be entered into other changes in volume, revaluation and neutral
holding gains accounts and opening balance sheets. Data in real holding gains accounts, changes in balance
sheets and closing balance sheets are automatically calculated.

National accounts a practical introduction

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