For the following problems, simplify the expression (which means, write the smallest non-negative member of the appropriate equivalence class). 9. Simplify (-50) (mod 23). 10. Simplify (-17) (mod 3). 11. Simplify -21 (mod 4). 12. Simplify (3025 - 97 × 108) (mod 5). 13. Simplify (7¹4- 28 x 20) (mod 6). 14. Simplify (1052 - 41 × 20) (mod 9). 15. Simplify (1973 + 38 × 68) (mod 3).
For the following problems, simplify the expression (which means, write the smallest non-negative member of the appropriate equivalence class). 9. Simplify (-50) (mod 23). 10. Simplify (-17) (mod 3). 11. Simplify -21 (mod 4). 12. Simplify (3025 - 97 × 108) (mod 5). 13. Simplify (7¹4- 28 x 20) (mod 6). 14. Simplify (1052 - 41 × 20) (mod 9). 15. Simplify (1973 + 38 × 68) (mod 3).
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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discrete math
Numbers 9 and 11 please
![For the following problems, simplify the expression (which means, write the
smallest non-negative member of the appropriate equivalence class).
9. Simplify (-50) (mod 23).
10. Simplify (-17) (mod 3).
11. Simplify -21 (mod 4).
12. Simplify (3025 – 97 × 108) (mod 5).
13. Simplify (7¹4- 28 x 20) (mod 6).
14. Simplify (1052 - 41 × 20) (mod 9).
15. Simplify (1973 + 38 × 68) (mod 3).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7cef3050-b0aa-40af-9112-57cab04a18ba%2F86a8230b-cd7a-41b5-9a38-d6eda1c9b137%2Fy4irlx_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For the following problems, simplify the expression (which means, write the
smallest non-negative member of the appropriate equivalence class).
9. Simplify (-50) (mod 23).
10. Simplify (-17) (mod 3).
11. Simplify -21 (mod 4).
12. Simplify (3025 – 97 × 108) (mod 5).
13. Simplify (7¹4- 28 x 20) (mod 6).
14. Simplify (1052 - 41 × 20) (mod 9).
15. Simplify (1973 + 38 × 68) (mod 3).
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