A. Answer the following questions using modular arithmetic. D. Perform the modular arithmetic as indicated.1. (37 + 45) mod 122. (42 + 35) mod 33. (36 – 10) mod 134. (8 · 16) mod 75. (11 + 1) mod 126. (60 – 32) mod 97. (5. 12) mod 48. (24 – 41) mod 89. (28 + 31) mod 410. (15 – 32) mod 7||IW Practice Set C. Determine whether each of the following is true.1. 7= 12 mod 52. 3= 24 mod 73. 33 = 15 mod 94. 5 = 2 mod 265. 33 = 49 mod 46. 25 = 85 mod 127. 18 = 60 mod 78. 7= 21 mod 39. 100 = 20 mod 510. 88 = 5 mod 911. 120 = 6 mod 2012. 5 = 20 mod 113. 45 = 9 mod 514. 72 = 30 mod 51W Practice Set

Name: A. Answer the following questions using modular arithmetic. D. Perform
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Description: A. Answer the following questions using modular arithmetic. D. Perform the modular arithmetic as indicated.1. (37 + 45) mod 122. (42 + 35) mod 33. (36 – 10) mod 134. (8 · 16) mod 75. (11 + 1) mod 126. (60 – 32) mod 97. (5. 12) mod 48. (24 – 41) mod 8

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D. Perform the modular arithmetic as indicated. 1. (37 + 45) mod 12 2. (42 + 35) mod 3 3. (36 – 10) mod 13

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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Concept explainers

Sequence and Series

A sequence is defined as a collection of things. Series is defined to sum the things one by one in the sequence. It was invented by German mathematician Carl Friedrich Gauss.

Topic Video

Question

A. Answer the following questions using modular arithmetic.

D. Perform the modular arithmetic as indicated.
1. (37 + 45) mod 12
2. (42 + 35) mod 3
3. (36 – 10) mod 13
4. (8 · 16) mod 7
5. (11 + 1) mod 12
6. (60 – 32) mod 9
7. (5. 12) mod 4
8. (24 – 41) mod 8
9. (28 + 31) mod 4
10. (15 – 32) mod 7
||
IW Practice Set

C. Determine whether each of the following is true.
1. 7= 12 mod 5
2. 3= 24 mod 7
3. 33 = 15 mod 9
4. 5 = 2 mod 26
5. 33 = 49 mod 4
6. 25 = 85 mod 12
7. 18 = 60 mod 7
8. 7= 21 mod 3
9. 100 = 20 mod 5
10. 88 = 5 mod 9
11. 120 = 6 mod 20
12. 5 = 20 mod 1
13. 45 = 9 mod 5
14. 72 = 30 mod 5
1W Practice Set

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