1. Encrypt the message " MATH " by translating the letters into numbers and then applying the encryption function given, and then translating the numbers back into letters. (a) f(p)= (19p+2) mod 26 (b) f(p) = (5p + 10) mod 26 Ke f(p) = (7p + 7) mod 26 Use A = 0.B = 1C = 2.D= 3 E = 4F = 5,G= 6.H 7.I = 8, J = 9.K = 10 L= 11 M = 12.N = 13.0 14.P 15.0= 16.R = 17. S= 18 T = 19.U =2 Suboir answer

1. Encrypt the message " MATH " by translating the letters into numbers and then applying the encryption function given, and then translating the numbers back into letters. (a) f(p)= (19p+2) mod 26 (b) f(p) = (5p + 10) mod 26 Ke f(p) = (7p + 7) mod 26 Use A = 0.B = 1C = 2.D= 3 E = 4F = 5,G= 6.H 7.I = 8, J = 9.K = 10 L= 11 M = 12.N = 13.0 14.P 15.0= 16.R = 17. S= 18 T = 19.U =2 Suboir answer

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Description: A edfinity.com/assessments/6024929991fbb7005dbf9ca9#modal-6x Practice problemEncrypt the message " MATH " by translating the letters into numbersand then applying the encryption function given, and then translating the numbers back into letters.(a)

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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