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PART 1 ECONOMIC CONCEPTS AND SYSTEMS Chapter 1 Economic concepts
Lecture Plan What is Economics? Scarcity Basic economic problems Production possibility analysis
What is Economics? Economics is the study of how people and society choose to employ scarce productive resources to produce goods and services and distribute them among various groups of society ECONOMICS     Macroeconomics  Microeconomics
Microeconomics vs. Macroeconomics Microeconomics  = the study of individual    consumers, firms and industries (‘Micro’ = the ancient Greek word for ‘small’) It focuses on: The pricing and production decisions of industrial firms Consumer behaviour and  The output and state of single industries Macroeconomics  is concerned with how the economy functions as a whole (e.g. total income) (‘Macro’ is the Greek word for ‘large’)
Scarcity Every economy is endowed with what we call  resources ,   which are inputs used in the production of goods and services for consumption to satisfy our needs and wants The basic economic problem of any society is the relative scarcity of resources in relation to the unlimited needs and wants of consumers
Resources Resources = All inputs that can be combined in many different ways to produce goods and services of various types to help satisfy people’s unlimited needs and wants Often referred to as the factors of production Resources include land, capital, labour and enterprise
Land All natural resources and endowments Examples: soils, crops, minerals, forests, oceans Critical resource for Australia (e.g. exports) The least flexible resource Factor income: rent Abundant resource for Australia but an increasingly scarce resource for East Asian countries (e.g. Singapore)
Capital Any good or service used to produce others (i.e. intermediate goods) e.g. factories, tools, machinery and equipment Most abundant factor for industrial countries (e.g. United States, Japan) Factor income: interest Note: Expenditure on capital  is Investment
Labour Labour = Physical and mental work of people, whether, skilled or unskilled Examples: mechanics, doctors, farmers, computer programmers Most flexible resource Most abundant resource in developing countries Factor income: wages
Enterprise Management (e.g. ownership, control and/or coordination) of the other three factors of production (entrepreneurship) Covers the various organisational skills of ‘entrepreneurs’ Example: business managers Factor income: profit
Characteristics of Resources Scarce Have alternative uses Limited, finite Quantity of resources Physical amount of resources available Affected by resource endowment and population Australia’s cropland is 463 000 sq. km, while Indonesia’s cropland is 324 000 sq. km Australia’s labour force is around 9 – 10 million people, while Indonesia’s workforce is over 90 million people (cont.)
Characteristics of Resources (cont.) Quality of resources Productivity of resources Affected by technology, education and training of workforce Land productivity (yield/ha) Labour productivity (production per person)  We achieve  economic growth  by increasing the quantity and/or quality of resources
Consumer Needs and Wants Needs: those things necessary to human survival e.g. food, shelter Wants: goods/services desired by the consumer e.g. hi-fi, travel, luxury cars Characteristics: unlimited recurrent complementary changeable
Satisfying Needs and Wants  Production Distribution Consumption
Basic Economic Questions 1. What To Produce? 2. How To Produce? 3. For Whom To Produce? Scarcity Choices must be made
Opportunity Cost The Basic Economic Problem of Relative Scarcity is illustrated by two concepts: Opportunity Cost, and  The Production Possibility Frontier (PPF) Opportunity cost = The sacrifice (or alternative forgone) in choosing to satisfy one need or want rather than another Note: Situations where there is NO opportunity cost  =  free goods
Production Possibility Frontier (PPF) Theory A simplified economic model which portrays  scarcity ,  choice  and  opportunity cost The Static Production Possibility Frontier Analyses the economy at a  fixed point  in time Is based on the following assumptions: There is a  fixed  quantity of resources The economy only produces  two products Resources can be used  interchangeably All  resources within the economy are used Resources are used at  maximum efficiency
An Example of the Static PPF Model Production Possibility Schedule A B  C D E   Tractors  0 100  200  300 400 VCRs  800  600  400  200  0
The PPF Graph Tractors Video recorders 200- 400- 300- 100- 800 400 200 600 PPF E D B C 0 A
Maximum Output Levels The PPF shows the maximum output of the economy If the economy devotes all of its resources to the production of VCRs it is able to produce 800 (+ zero tractors) — Production Possibility A Alternatively, if the economy chooses  Production Possibility C  it is able to produce 200 tractors and 400 VCRs
Opportunity Costs The PPF shows that to produce more of one product means producing less of another Opportunity costs of production can be  measured  e.g. if the economy moves from point  C to D  (along the PPF) it will produce an extra 100 tractors  BUT  200 VCRs must be sacrificed Hence the  opportunity cost is 200 VCRs
Points Outside the Static PPF Points outside the PPF (e.g. X) are  not possible  using existing technology and resources A B .X PPF
Points Inside the Static PPF At point Y, the economy is satisfying fewer needs and wants than is possible This is due to: Resources not being fully employed and/or Resources not being used in the most efficient way A B .  Y PPF
The Dynamic PPF Model This model differs from the static PPF in that it incorporates  changes  over time It demonstrates the effect of changes in the  quantity  and  quality  of productive resources e.g. new resource discoveries, improvements in technology Changes in the quantity and/or quality of resources will  SHIFT the PPF
Dynamic PPF When the quality/quantity of resources  increases  (decreases), the economy can produce more (less) of both products and the entire curve will  SHIFT outwards  (inwards) A
Note If the change in resources affects ONLY one product, the PPF will ONLY shift on one axis e.g.: A B A B OR
The Significance of PPF Shifts Increased maximum output levels enable: higher levels of consumption greater satisfaction of consumer needs and wants Improvements in the quality of resources results in the more efficient use of scarce resources

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Ch01 ppt

  • 1. PART 1 ECONOMIC CONCEPTS AND SYSTEMS Chapter 1 Economic concepts
  • 2. Lecture Plan What is Economics? Scarcity Basic economic problems Production possibility analysis
  • 3. What is Economics? Economics is the study of how people and society choose to employ scarce productive resources to produce goods and services and distribute them among various groups of society ECONOMICS Macroeconomics Microeconomics
  • 4. Microeconomics vs. Macroeconomics Microeconomics = the study of individual consumers, firms and industries (‘Micro’ = the ancient Greek word for ‘small’) It focuses on: The pricing and production decisions of industrial firms Consumer behaviour and The output and state of single industries Macroeconomics is concerned with how the economy functions as a whole (e.g. total income) (‘Macro’ is the Greek word for ‘large’)
  • 5. Scarcity Every economy is endowed with what we call resources , which are inputs used in the production of goods and services for consumption to satisfy our needs and wants The basic economic problem of any society is the relative scarcity of resources in relation to the unlimited needs and wants of consumers
  • 6. Resources Resources = All inputs that can be combined in many different ways to produce goods and services of various types to help satisfy people’s unlimited needs and wants Often referred to as the factors of production Resources include land, capital, labour and enterprise
  • 7. Land All natural resources and endowments Examples: soils, crops, minerals, forests, oceans Critical resource for Australia (e.g. exports) The least flexible resource Factor income: rent Abundant resource for Australia but an increasingly scarce resource for East Asian countries (e.g. Singapore)
  • 8. Capital Any good or service used to produce others (i.e. intermediate goods) e.g. factories, tools, machinery and equipment Most abundant factor for industrial countries (e.g. United States, Japan) Factor income: interest Note: Expenditure on capital is Investment
  • 9. Labour Labour = Physical and mental work of people, whether, skilled or unskilled Examples: mechanics, doctors, farmers, computer programmers Most flexible resource Most abundant resource in developing countries Factor income: wages
  • 10. Enterprise Management (e.g. ownership, control and/or coordination) of the other three factors of production (entrepreneurship) Covers the various organisational skills of ‘entrepreneurs’ Example: business managers Factor income: profit
  • 11. Characteristics of Resources Scarce Have alternative uses Limited, finite Quantity of resources Physical amount of resources available Affected by resource endowment and population Australia’s cropland is 463 000 sq. km, while Indonesia’s cropland is 324 000 sq. km Australia’s labour force is around 9 – 10 million people, while Indonesia’s workforce is over 90 million people (cont.)
  • 12. Characteristics of Resources (cont.) Quality of resources Productivity of resources Affected by technology, education and training of workforce Land productivity (yield/ha) Labour productivity (production per person) We achieve economic growth by increasing the quantity and/or quality of resources
  • 13. Consumer Needs and Wants Needs: those things necessary to human survival e.g. food, shelter Wants: goods/services desired by the consumer e.g. hi-fi, travel, luxury cars Characteristics: unlimited recurrent complementary changeable
  • 14. Satisfying Needs and Wants Production Distribution Consumption
  • 15. Basic Economic Questions 1. What To Produce? 2. How To Produce? 3. For Whom To Produce? Scarcity Choices must be made
  • 16. Opportunity Cost The Basic Economic Problem of Relative Scarcity is illustrated by two concepts: Opportunity Cost, and The Production Possibility Frontier (PPF) Opportunity cost = The sacrifice (or alternative forgone) in choosing to satisfy one need or want rather than another Note: Situations where there is NO opportunity cost = free goods
  • 17. Production Possibility Frontier (PPF) Theory A simplified economic model which portrays scarcity , choice and opportunity cost The Static Production Possibility Frontier Analyses the economy at a fixed point in time Is based on the following assumptions: There is a fixed quantity of resources The economy only produces two products Resources can be used interchangeably All resources within the economy are used Resources are used at maximum efficiency
  • 18. An Example of the Static PPF Model Production Possibility Schedule A B C D E Tractors 0 100 200 300 400 VCRs 800 600 400 200 0
  • 19. The PPF Graph Tractors Video recorders 200- 400- 300- 100- 800 400 200 600 PPF E D B C 0 A
  • 20. Maximum Output Levels The PPF shows the maximum output of the economy If the economy devotes all of its resources to the production of VCRs it is able to produce 800 (+ zero tractors) — Production Possibility A Alternatively, if the economy chooses Production Possibility C it is able to produce 200 tractors and 400 VCRs
  • 21. Opportunity Costs The PPF shows that to produce more of one product means producing less of another Opportunity costs of production can be measured e.g. if the economy moves from point C to D (along the PPF) it will produce an extra 100 tractors BUT 200 VCRs must be sacrificed Hence the opportunity cost is 200 VCRs
  • 22. Points Outside the Static PPF Points outside the PPF (e.g. X) are not possible using existing technology and resources A B .X PPF
  • 23. Points Inside the Static PPF At point Y, the economy is satisfying fewer needs and wants than is possible This is due to: Resources not being fully employed and/or Resources not being used in the most efficient way A B . Y PPF
  • 24. The Dynamic PPF Model This model differs from the static PPF in that it incorporates changes over time It demonstrates the effect of changes in the quantity and quality of productive resources e.g. new resource discoveries, improvements in technology Changes in the quantity and/or quality of resources will SHIFT the PPF
  • 25. Dynamic PPF When the quality/quantity of resources increases (decreases), the economy can produce more (less) of both products and the entire curve will SHIFT outwards (inwards) A
  • 26. Note If the change in resources affects ONLY one product, the PPF will ONLY shift on one axis e.g.: A B A B OR
  • 27. The Significance of PPF Shifts Increased maximum output levels enable: higher levels of consumption greater satisfaction of consumer needs and wants Improvements in the quality of resources results in the more efficient use of scarce resources

Editor's Notes

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  • #12: 3 The Quantity of productive resources refers to the physical amount of resources available. It is affected by: resource endowment and population. The Quality of productive resources refers to the productivity of resources and is affected by: Technology, education and training of workforce. By increasing the quantity and/or quality of resources we achieve ECONOMIC GROWTH.
  • #13: 3 The Quantity of productive resources refers to the physical amount of resources available. It is affected by: resource endowment and population. The Quality of productive resources refers to the productivity of resources and is affected by: Technology, education and training of workforce. By increasing the quantity and/or quality of resources we achieve ECONOMIC GROWTH.
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