Deck 4: Numeration Systems

Question 1

Answer 1

Question 2

Answer 2

5272

Question 3

Write 5,602 in the Egyptian system.

Answer 3

Question 4

Convert 1295 to base five.

Question 5

Write 77,632 in expanded notation.

Question 6

Write 41,063 in expanded notation.

Question 7

Question 8

Determine the place value of the digit 7 in the number 5,462,937.

Question 9

Question 10

Determine the place value of the digit 1 in the number 8,210,635.

Question 11

Question 12

Write 3,419 in expanded notation.

Question 13

Write 23,040 in the Egyptian system.

Question 14

Write MMMCMXXXII in the Hindu-Arabic system.

Question 15

Write 7,950 in the Babylonian system.

Question 16

Write 134 in the Babylonian system.

Question 17

Write 3263 using Roman numerals.

Question 18

Convert 2675 to base eight.

Question 19

Write 3,241 in the Egyptian system.

Question 20

Question 21

Question 22

Write 103,200 in the Egyptian system.

Question 23

Question 24

Use the lattice method to multiply. 318 × 576

A)

Question 25

A) 42,013
B) 3,124
C) 31,024
D) 30,124

Question 26

Write 2,000,010 in the Egyptian system.

Question 27

Write CDIX in the Hindu-Arabic system.

A) 609
B) 411
C) 409
D) 611

Question 28

Question 29

Convert the binary number to hexadecimal. (The subscript is omitted since it's understoodthat the number is binary.) 10011001001

Question 30

Use the Egyptian algorithm to multiply. 7 × 33

Question 31

Question 32

Question 33

A) 3,400,610
B) 3,461
C) 1,060,403
D) 3,040,601

Question 34

Question 35

A) 1341
B) 501
C) 841
D) 821

Question 36

Write 23 in base five.

Question 37

Question 38

Use the Egyptian algorithm to multiply. 34 × 103

Question 39

Question 40

A) 213
B) 3,012
C) 2,103
D) 312

Question 41

Determine the place value of the digit 5 in the number 5,462,937.

A) hundred thousands
B) millions
C) ten thousands
D) thousands

Question 42

Convert the octal number to binary. (The subscript is omitted since it's understood that the number is octal.) 10

A)

Question 43

Question 44

Convert the hexadecimal number to binary. (The subscript 16 is omitted since it's understood that the number is hexadecimal.) E2

Question 45

A) 5,306
B) 635
C) 536
D) 6,035

Question 46

Write 21 in the Egyptian system.

Question 47

Convert the hexadecimal number to binary. (The subscript 16 is omitted since it's understood that the number is hexadecimal.) 18F1

Question 48

Use the lattice method to multiply. 107 × 5,018

Question 49

Determine the place value of the digit 2 in the number 8,210,635.

A) thousands
B) hundred thousands
C) ten thousands
D) millions

Question 50

Question 51

Question 52

A) 213
B) 3,102
C) 20,130
D) 21,030

Question 53

Use the Russian peasant method to multiply. 34 × 149

Question 54

Question 55

Question 56

Question 57

A) 58,262
B) 31,212
C) 112,862
D) 4,982

Question 58

Question 59

Write 426 in expanded notation.

Question 60

A) 1,020,050
B) 125
C) 1,002,050
D) 120,050

Question 61

Write the number using Chinese numerals. 2,860

Question 62

Use the lattice method to multiply. 72 × 938

Question 63

Question 64

Use the Russian peasant method to multiply. 12 × 49

Question 65

Write XIV in the Hindu-Arabic system.

A) 14
B) 104
C) 115
D) 16

Question 66

A) 279
B) 972
C) 9702
D) 2,079

Question 67

A) 2,370
B) 73,002
C) 200,370
D) 203,070

Question 68

Question 69

A) 1918
B) 1963
C) 1968
D) 1958

Question 70

Question 71

A) 4,321
B) 40,321
C) 1,234
D) 10,234

Question 72

Write 12,767 in base sixteen.

Question 73

A) 26
B) 9
C) 22
D) 11

Question 74

Question 75

Convert the octal number to binary. (The subscript is omitted since it's understood that the number is octal.) 1051

Question 76

Question 77

Question 78

Question 79

Write 243 using Roman numerals.

Question 80

Write 132 in the Egyptian system.