1, convert the following binary numbers to decimal equivalents:
A, 001100
B, 000011
C, 011100
D, 111100
E, 111111
Answer
For the binary representation of ...}.{... 321012 −−−= bbbbbby , the value of Y is
i
i
iby 2×=
A, 001100 = 1248202021212020 012345
=+=×+×+×+×+×+×
B, 000011 = 312212120202020 012345
=+=×+×+×+×+×+×
C, 011100 = 284816202021212120 012345
=++=×+×+×+×+×+×
D, 111100 = 6081632202021212121 012345
=++=×+×+×+×+×+×
E, 111111 = 6312481632212121212121 012345
=+++++=×+×+×+×+×+×
2, Convert the following binary numbers to their decimal equivalents:
A, 11100.001
B, 110011.10011
C, 101010101010.1
Answer
For the binary representation of ...}.{... 321012 −−−= bbbbbby , the value of Y is
i
i
iby 2×=
A, 11100.001=
125.28125.0282120202020212121 32101234
=+=×+×+×+×+×+×+×+× −−−
B, 110011.10011=
59375.5103125.00625.05.051
2121202021212120202121 54321012345
=+++=
×+×+×+×+×+×+×+×+×+×+× −−−−−
C, 101010101010.1=
5.27305.028321285122048
21212121212121 11357911
=++++++=
×+×+×+×+×+×+× −
3, Convert the following decimal numbers to their binary equivalents
A, 64
B, 128
C, 256
D, 100
E, 111
F, 145
G, 255
Answer
A, Quotient Remainder
64/2 32 0
32/2 16 0
16/2 8 0
8/2 4 0
4/2 2 0
2/2 1 0
1/2 0 1
210 100000064 =
B, 210 10000000128 =
C, 210 100000000256 =
D, Quotient Remainder
100/2 50 0
50/2 25 0
25/2 12 1
12/2 6 0
6/2 3 0
3/2 1 1
1/2 0 1
210 1100100100 =
E, Quotient Remainder
111/2 55 1
55/2 27 1
27/2 13 1
13/2 6 1
6/2 3 0
3/2 1 1
1/2 0 1
210 1101111111 =
F, 210 1001000145 =
G, 255 Quotient Remainder
255/2 127 1
127/2 63 1
63/2 31 1
31/2 15 1
15/2 7 1
7/2 3 1
3/2 1 1
1/2 0 1
210 11111111255 =
4, Convert the following decimal numbers to their binary equivalents
A, 34.75
B, 25.25
C, 27.1875
A, 34.75
the integer part (34) convert to binary format
Quotient Remainder
34/2 17 0
17/2 8 1
8/2 4 0
4/2 2 0
2/2 1 0
1/2 0 1
210 10001034 =
the fraction part (0.75) covert to binary format
product integer part
0.75x2 1.5 1
0.5x2 1.0 1
210 11.075.0 =
210 11.10001075.34 =
B, 25.25
the integer part is 25, convert to binary format
Quotient Remainder
25/2 12 1
12/2 6 0
6/2 3 0
3/2 1 1
1/2 0 1
210 1100125 =
the fraction part is 0.25, convert to binary format
product integer part
0.25x2 0.5 0
0.5x2 1.0 1 => 0.01
210 01.025.0 =
210 01.1100125.25 =
C, 27.1875
the integer part is 27, convert to binary format
Quotient Remainder
27/2 13 1
13/2 6 1
6/2 3 0
3/2 1 1
1/2 0 1
210 1101127 =
the fraction part is 0.1875, convert to binary format
product integer part
0.1875x2 0.375 0
0.375x2 0.75 0
0.75x2 1.5 1
0.5x2 1.0 1
210 0011.01875.0 =
210 0011.110111875.27 =
5, Convert the following hexadecimal number to their decimal equivalents
a, C
b, 9F
c, B52
d, F117
e, ABCD
f, 1111.1
g, 888.8
h, EBA.C
Answer
For the hexadecimal representation of ...}.{... 321012 −−−= xxxxxxy , the value of Y is
i
i
ixy 16×=
a, C = 121612 0
=×
b, 9F= 1591615169 01
=×+×
c, B52 = 28981621651611 012
=×+×+×
d, F117 = 617191671611611615 0123
=×+×+×+×
e, ABCD = 439811613161216111610 0123
=×+×+×+×
f, 1111.1 = 0625.4369161161161161161 10123
=×+×+×+×+× −
g, 888.8 = 5.2184168168168168 1012
=×+×+×+× −
h, EBA.C 75.37701612161016111614 1012
=×+×+×+× −
6, Convert the following decimal numbers to their hexadecimal equivalents
a, 80
Quotient Remainder
80/16 5 0
5/16 0 5
1610 5080 =
b, 2560
Quotient Remainder
2560/16 160 0
160/16 10 0
10/16 0 10
1610 002560 A=
c, 65536
Quotient Remainder
65536/16 4096 0
4096/16 256 0
256/16 16 0
16/16 1 0
1/16 0 1
1610 1000065536 =
d, 204.125
the integer part 204, convert to hexadecimal format
Quotient Remainder
204/16 12 12
12/16 0 12
1610204 CC=
the fraction part 0.125, convert to hexadecimal format
product integer part
0.125x16 2.0 2
1610 2.0125.0 =
1610 2.125.204 CC=
e, 631.25
the integer part 631, convert to hexadecimal format
Quotient Remainder
631/16 39 7
39/16 2 7
2/16 0 2
1610 277631 =
the fraction part 0.25, convert to hexadecimal format
product integer part
0.25x16 4.0 4
1610 4.025.0 =
1610 4.27725.531 =
f, 100000.00390625
the integer part 100000, convert to hexadecimal format
Quotient Remainder
100000/16 6250 0
6250/16 390 10
390/16 24 6
24/16 1 8
1/16 0 1
1610 0186100000 A=
the fraction part is 0.00390625, convert to hexadecimal format
product integer part
0.00390625x16 0.0625 0
0.0625x16 1.0 1
1610 01.000390625.0 =
1610 01.018600390625.100000 A=

More Related Content

PPTX
Ejercicios de retroalimentacion
DOCX
Slideshare
DOCX
Taller+de+conversiones+bd+db (1)
DOCX
Taller+de+conversiones+bd+db (1)
DOCX
Konversi bilangan octal
PPT
Turning point multiply by two digits
PPT
Three step problem
Ejercicios de retroalimentacion
Slideshare
Taller+de+conversiones+bd+db (1)
Taller+de+conversiones+bd+db (1)
Konversi bilangan octal
Turning point multiply by two digits
Three step problem

What's hot (17)

PPTX
1.0 number bases form 5
PPT
Standard form higher
PPSX
Complementary supplementary angles
PDF
Naskah Murid Modul 1 Number Bases
PPTX
DATA REPRESENTATION-NUMBER SYSTEM
PPTX
Decimal arithematic operation
PPT
Binary number systems multiplication
PPT
Digital logic design lecture 01
DOCX
Conversiones binario decimal/ decimal binario
PPT
Digital logic design lecture 02
PPTX
Digital Principles-Number systems
PPTX
Factor's
PPT
binary arithmetic rules
DOC
P3 Math Practice Paper 7 Answer Key
DOCX
Taller de conversiones binariodecimal
PPSX
JobEsteem - chapter 1 - simplification
1.0 number bases form 5
Standard form higher
Complementary supplementary angles
Naskah Murid Modul 1 Number Bases
DATA REPRESENTATION-NUMBER SYSTEM
Decimal arithematic operation
Binary number systems multiplication
Digital logic design lecture 01
Conversiones binario decimal/ decimal binario
Digital logic design lecture 02
Digital Principles-Number systems
Factor's
binary arithmetic rules
P3 Math Practice Paper 7 Answer Key
Taller de conversiones binariodecimal
JobEsteem - chapter 1 - simplification
Ad

Viewers also liked (12)

PPTX
Trabajo requerimientos
PPTX
Creación Indices y Constraints en bases de datos de SQL Server
PPTX
Uso de comandos insert, update y delete en bases de datos de sql server
PPTX
Curriculum
PPTX
Trabajo requerimientos
PPTX
El juego en la educación inicial
PPTX
Seo changed-2016
PDF
Thesis by Andrii Kovalenko
DOCX
Mesura i relacions 1
PPTX
Rumania Bachiller
DOCX
Asavari_Joshi_M.E.
DOCX
Asavari_Joshi_M.E.
Trabajo requerimientos
Creación Indices y Constraints en bases de datos de SQL Server
Uso de comandos insert, update y delete en bases de datos de sql server
Curriculum
Trabajo requerimientos
El juego en la educación inicial
Seo changed-2016
Thesis by Andrii Kovalenko
Mesura i relacions 1
Rumania Bachiller
Asavari_Joshi_M.E.
Asavari_Joshi_M.E.
Ad

Similar to 200203 answers01 (20)

PDF
Solution_Manual_Digital_Design_With_an_Introduction_to_the_Verilog_HDL_5th_Ed...
PDF
Solution_Manual_Digital_Design_With_an_Introduction_to_the_Verilog_HDL_5th_Ed...
DOCX
Floting point representation
PPT
Bolum1cozumler
PPT
chapter 3 000Number_Systems.ppt
PPT
ch3a-binary-numbers.ppt
PPT
binary-numbers.ppt
PPT
ch3a-binary-numbers.ppt
PPT
mmmmmmmmmmmmmmmmmmmmmmbinary-numbers.ppt
PPT
ch3a-binary-numbers.ppt ch3a-binary-numbers.ppt ch3a-binary-numbers.ppt
PPT
Review on Number Systems: Decimal, Binary, and Hexadecimal
PPT
ch3a-binary-numbers.ppt
PPT
ch3a-binary-numbers.ppt-BINARY SYSTEM---
PPTX
2.2 exponential function and compound interest
PDF
Representation of numbers and characters
PPTX
4.2 exponential functions and periodic compound interests pina x
PPTX
4.2 exponential functions and compound interests
PPTX
24 exponential functions and periodic compound interests pina x
PPT
ch3a-binary-numbers.ppt
PPTX
Conversion methods
Solution_Manual_Digital_Design_With_an_Introduction_to_the_Verilog_HDL_5th_Ed...
Solution_Manual_Digital_Design_With_an_Introduction_to_the_Verilog_HDL_5th_Ed...
Floting point representation
Bolum1cozumler
chapter 3 000Number_Systems.ppt
ch3a-binary-numbers.ppt
binary-numbers.ppt
ch3a-binary-numbers.ppt
mmmmmmmmmmmmmmmmmmmmmmbinary-numbers.ppt
ch3a-binary-numbers.ppt ch3a-binary-numbers.ppt ch3a-binary-numbers.ppt
Review on Number Systems: Decimal, Binary, and Hexadecimal
ch3a-binary-numbers.ppt
ch3a-binary-numbers.ppt-BINARY SYSTEM---
2.2 exponential function and compound interest
Representation of numbers and characters
4.2 exponential functions and periodic compound interests pina x
4.2 exponential functions and compound interests
24 exponential functions and periodic compound interests pina x
ch3a-binary-numbers.ppt
Conversion methods

Recently uploaded (20)

PPTX
limit test definition and all limit tests
PPTX
SCIENCE 4 Q2W5 PPT.pptx Lesson About Plnts and animals and their habitat
PPTX
ELISA(Enzyme linked immunosorbent assay)
PPTX
HAEMATOLOGICAL DISEASES lack of red blood cells, which carry oxygen throughou...
PPTX
TORCH INFECTIONS in pregnancy with toxoplasma
PDF
From Molecular Interactions to Solubility in Deep Eutectic Solvents: Explorin...
PPT
THE CELL THEORY AND ITS FUNDAMENTALS AND USE
PPT
Animal tissues, epithelial, muscle, connective, nervous tissue
PPTX
GREEN FIELDS SCHOOL PPT ON HOLIDAY HOMEWORK
PDF
Packaging materials of fruits and vegetables
PPTX
gene cloning powerpoint for general biology 2
PDF
Communicating Health Policies to Diverse Populations (www.kiu.ac.ug)
PPT
Mutation in dna of bacteria and repairss
PPT
Biochemestry- PPT ON Protein,Nitrogenous constituents of Urine, Blood, their ...
PDF
Science Form five needed shit SCIENEce so
PDF
Integrative Oncology: Merging Conventional and Alternative Approaches (www.k...
PDF
BET Eukaryotic signal Transduction BET Eukaryotic signal Transduction.pdf
PPTX
Platelet disorders - thrombocytopenia.pptx
PPT
LEC Synthetic Biology and its application.ppt
PPTX
congenital heart diseases of burao university.pptx
limit test definition and all limit tests
SCIENCE 4 Q2W5 PPT.pptx Lesson About Plnts and animals and their habitat
ELISA(Enzyme linked immunosorbent assay)
HAEMATOLOGICAL DISEASES lack of red blood cells, which carry oxygen throughou...
TORCH INFECTIONS in pregnancy with toxoplasma
From Molecular Interactions to Solubility in Deep Eutectic Solvents: Explorin...
THE CELL THEORY AND ITS FUNDAMENTALS AND USE
Animal tissues, epithelial, muscle, connective, nervous tissue
GREEN FIELDS SCHOOL PPT ON HOLIDAY HOMEWORK
Packaging materials of fruits and vegetables
gene cloning powerpoint for general biology 2
Communicating Health Policies to Diverse Populations (www.kiu.ac.ug)
Mutation in dna of bacteria and repairss
Biochemestry- PPT ON Protein,Nitrogenous constituents of Urine, Blood, their ...
Science Form five needed shit SCIENEce so
Integrative Oncology: Merging Conventional and Alternative Approaches (www.k...
BET Eukaryotic signal Transduction BET Eukaryotic signal Transduction.pdf
Platelet disorders - thrombocytopenia.pptx
LEC Synthetic Biology and its application.ppt
congenital heart diseases of burao university.pptx

200203 answers01

  • 1. 1, convert the following binary numbers to decimal equivalents: A, 001100 B, 000011 C, 011100 D, 111100 E, 111111 Answer For the binary representation of ...}.{... 321012 −−−= bbbbbby , the value of Y is i i iby 2×= A, 001100 = 1248202021212020 012345 =+=×+×+×+×+×+× B, 000011 = 312212120202020 012345 =+=×+×+×+×+×+× C, 011100 = 284816202021212120 012345 =++=×+×+×+×+×+× D, 111100 = 6081632202021212121 012345 =++=×+×+×+×+×+× E, 111111 = 6312481632212121212121 012345 =+++++=×+×+×+×+×+× 2, Convert the following binary numbers to their decimal equivalents: A, 11100.001 B, 110011.10011 C, 101010101010.1 Answer For the binary representation of ...}.{... 321012 −−−= bbbbbby , the value of Y is i i iby 2×= A, 11100.001= 125.28125.0282120202020212121 32101234 =+=×+×+×+×+×+×+×+× −−− B, 110011.10011= 59375.5103125.00625.05.051 2121202021212120202121 54321012345 =+++= ×+×+×+×+×+×+×+×+×+×+× −−−−− C, 101010101010.1= 5.27305.028321285122048 21212121212121 11357911 =++++++= ×+×+×+×+×+×+× −
  • 2. 3, Convert the following decimal numbers to their binary equivalents A, 64 B, 128 C, 256 D, 100 E, 111 F, 145 G, 255 Answer A, Quotient Remainder 64/2 32 0 32/2 16 0 16/2 8 0 8/2 4 0 4/2 2 0 2/2 1 0 1/2 0 1 210 100000064 = B, 210 10000000128 = C, 210 100000000256 = D, Quotient Remainder 100/2 50 0 50/2 25 0 25/2 12 1 12/2 6 0 6/2 3 0 3/2 1 1 1/2 0 1 210 1100100100 = E, Quotient Remainder 111/2 55 1 55/2 27 1 27/2 13 1 13/2 6 1 6/2 3 0 3/2 1 1 1/2 0 1 210 1101111111 = F, 210 1001000145 =
  • 3. G, 255 Quotient Remainder 255/2 127 1 127/2 63 1 63/2 31 1 31/2 15 1 15/2 7 1 7/2 3 1 3/2 1 1 1/2 0 1 210 11111111255 = 4, Convert the following decimal numbers to their binary equivalents A, 34.75 B, 25.25 C, 27.1875 A, 34.75 the integer part (34) convert to binary format Quotient Remainder 34/2 17 0 17/2 8 1 8/2 4 0 4/2 2 0 2/2 1 0 1/2 0 1 210 10001034 = the fraction part (0.75) covert to binary format product integer part 0.75x2 1.5 1 0.5x2 1.0 1 210 11.075.0 = 210 11.10001075.34 = B, 25.25 the integer part is 25, convert to binary format Quotient Remainder 25/2 12 1 12/2 6 0 6/2 3 0 3/2 1 1 1/2 0 1 210 1100125 = the fraction part is 0.25, convert to binary format product integer part 0.25x2 0.5 0 0.5x2 1.0 1 => 0.01 210 01.025.0 = 210 01.1100125.25 =
  • 4. C, 27.1875 the integer part is 27, convert to binary format Quotient Remainder 27/2 13 1 13/2 6 1 6/2 3 0 3/2 1 1 1/2 0 1 210 1101127 = the fraction part is 0.1875, convert to binary format product integer part 0.1875x2 0.375 0 0.375x2 0.75 0 0.75x2 1.5 1 0.5x2 1.0 1 210 0011.01875.0 = 210 0011.110111875.27 = 5, Convert the following hexadecimal number to their decimal equivalents a, C b, 9F c, B52 d, F117 e, ABCD f, 1111.1 g, 888.8 h, EBA.C Answer For the hexadecimal representation of ...}.{... 321012 −−−= xxxxxxy , the value of Y is i i ixy 16×= a, C = 121612 0 =× b, 9F= 1591615169 01 =×+× c, B52 = 28981621651611 012 =×+×+× d, F117 = 617191671611611615 0123 =×+×+×+× e, ABCD = 439811613161216111610 0123 =×+×+×+× f, 1111.1 = 0625.4369161161161161161 10123 =×+×+×+×+× − g, 888.8 = 5.2184168168168168 1012 =×+×+×+× − h, EBA.C 75.37701612161016111614 1012 =×+×+×+× −
  • 5. 6, Convert the following decimal numbers to their hexadecimal equivalents a, 80 Quotient Remainder 80/16 5 0 5/16 0 5 1610 5080 = b, 2560 Quotient Remainder 2560/16 160 0 160/16 10 0 10/16 0 10 1610 002560 A= c, 65536 Quotient Remainder 65536/16 4096 0 4096/16 256 0 256/16 16 0 16/16 1 0 1/16 0 1 1610 1000065536 = d, 204.125 the integer part 204, convert to hexadecimal format Quotient Remainder 204/16 12 12 12/16 0 12 1610204 CC= the fraction part 0.125, convert to hexadecimal format product integer part 0.125x16 2.0 2 1610 2.0125.0 = 1610 2.125.204 CC=
  • 6. e, 631.25 the integer part 631, convert to hexadecimal format Quotient Remainder 631/16 39 7 39/16 2 7 2/16 0 2 1610 277631 = the fraction part 0.25, convert to hexadecimal format product integer part 0.25x16 4.0 4 1610 4.025.0 = 1610 4.27725.531 = f, 100000.00390625 the integer part 100000, convert to hexadecimal format Quotient Remainder 100000/16 6250 0 6250/16 390 10 390/16 24 6 24/16 1 8 1/16 0 1 1610 0186100000 A= the fraction part is 0.00390625, convert to hexadecimal format product integer part 0.00390625x16 0.0625 0 0.0625x16 1.0 1 1610 01.000390625.0 = 1610 01.018600390625.100000 A=