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MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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pls explain how to type it on paper!
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Learning Outcomes
After successful completion of these activities, you will
be able to:
• Comprehend the vocabulary of ciphers/codes.
Create an affine cipher with given restrictions.
• Encode plain text using an affine cipher.
• Produce a decoding formula given an affine cipher.
• Decipher cipher text which was enciphered given an affine
cipher.
Instructions
In this discussion you will post and decipher secret
codes!
STEP 1 ( w...u u. ucit). Post an encoded
message (cipher text) along with the affine cipher
that you used to create it. Do NOT post the
deciphering formula! The message must be
distinctly your own, correctly enciphered by you,
and corrected by you if someone points out a
mistake. All letters should be capitalized. Leave out
punctuation. Remember that affine ciphers for the
English alphabet are in the form C=(aP + b)mod26
where "a" must be one of the following numbers: 1,
3, 5, 7, 9, 11, 15, 17, 19, 21, 23, 25. Choose "b" as an
integer from 1 to 25. Your encoded message must
be in five-letter blocks and between 30 and 80
characters, not including spaces. Messages must
be substantive, in good taste, and should not be
about controversial subjects such as religion or
politics (ask your instructor if you are not sure). Be
• creative! Have fun with it!
• STEP 2 (4 .**
before completing STEP 2. Post a reply comment to
another student that has not had his/her message decoded
yet. Your comment needs to include the decoded message
(plain text) as well as your deciphering formula. The five-
letter blocks of your decoded message should be broken
apart so that the plain text reads like a normal message.
Choose only one student to decode a message. Let the
original poster know if there is a mistake with their encoded
Cit). You must complete STEP 1
message.
o The instructor has given a secret message below that
can be decoded if none are available from other
students.
C= (17P + 12)mod26
WPKFB MBFPY DKBBY LEKDD FPYVU UFIFU
UD
PMIIF YRHLU FPYL
Transcribed Image Text:Expert Q&A Done Learning Outcomes After successful completion of these activities, you will be able to: • Comprehend the vocabulary of ciphers/codes. Create an affine cipher with given restrictions. • Encode plain text using an affine cipher. • Produce a decoding formula given an affine cipher. • Decipher cipher text which was enciphered given an affine cipher. Instructions In this discussion you will post and decipher secret codes! STEP 1 ( w...u u. ucit). Post an encoded message (cipher text) along with the affine cipher that you used to create it. Do NOT post the deciphering formula! The message must be distinctly your own, correctly enciphered by you, and corrected by you if someone points out a mistake. All letters should be capitalized. Leave out punctuation. Remember that affine ciphers for the English alphabet are in the form C=(aP + b)mod26 where "a" must be one of the following numbers: 1, 3, 5, 7, 9, 11, 15, 17, 19, 21, 23, 25. Choose "b" as an integer from 1 to 25. Your encoded message must be in five-letter blocks and between 30 and 80 characters, not including spaces. Messages must be substantive, in good taste, and should not be about controversial subjects such as religion or politics (ask your instructor if you are not sure). Be • creative! Have fun with it! • STEP 2 (4 .** before completing STEP 2. Post a reply comment to another student that has not had his/her message decoded yet. Your comment needs to include the decoded message (plain text) as well as your deciphering formula. The five- letter blocks of your decoded message should be broken apart so that the plain text reads like a normal message. Choose only one student to decode a message. Let the original poster know if there is a mistake with their encoded Cit). You must complete STEP 1 message. o The instructor has given a secret message below that can be decoded if none are available from other students. C= (17P + 12)mod26 WPKFB MBFPY DKBBY LEKDD FPYVU UFIFU UD PMIIF YRHLU FPYL
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