The data file includes the text of three books of the Bible (Joshua, Jonah and Philippians) using the ESV translation. While these are all great books, our only interest for this project is how often each letter is used. 5) a) How many possible ways are there to assign actual letters of the text to the encrypted letters in a message? (Hint: “A” could be assigned to any one of the 26 letters, including itself. Once “A” has been assigned, “B” can be assigned to any letter except the letter that corresponds to “A”).b) As your answer to part (a) makes clear, there are a super-high number of possible ways all the letters could be assigned. Knowing something about each letter’s relative frequency dramatically reduces the number of likely combinations. For example, if there were only 3 possible options for each encrypted letter in the message, then how many possible ways would there be to assign real letters to the letter in the encrypted message? Letters Frequency Relative Fr Lower Bound Upper BoundQ5 0.000212 2.63984E-05 0.000398Z60.000254 5.08478E-05 0.0004570.000719 0.000377282 0.001061X17JKVB134 0.005669 0.004711853 0.006626143 0.00605 0.005061402 0.007039257 0.010873 0.009550911 0.012195323 0.013665 0.012184948 0.015145379 0.016034 0.014432707 0.017635416 0.0176 0.015923667 0.019276442 0.018699 0.017127129 0.020271513 0.021703 0.020041148 0.023365586 0.024792 0.022809723 0.026774603 0.025511 0.023500926 0.027521609 0.025765 0.023745207 0.027785703 0.029742 0.027576348 0.031908935 0.039557 0.037072109 0.0420421097 0.04641 0.043728076 0.0490921362 0.057622 0.054651246 0.0605931381 0.058425 0.055434893 0.0614151407 0.059525 0.05650864 0.0625411503 0.063587 0.060476159 0.0666981689 0.071456 0.068172171 0.074741810 0.076575 0.073184965 0.0799652235 0.0945550.090824791 0.0982852237 0.09464 0.09090829 0.0983722845 0.120362 0.116213830.1245123637PuusCWMYFULDR||SZIATONHESUM

Given information: Total number of letters to be assigned = 26

Answered: The data file includes the text of…

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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Related questions

Question

The data file includes the text of three books of the Bible (Joshua, Jonah and Philippians) using the ESV translation. While these are all great books, our only interest for this project is how often each letter is used.

5) a) How many possible ways are there to assign actual letters of the text to the encrypted letters in a message? (Hint: “A” could be assigned to any one of the 26 letters, including itself. Once “A” has been assigned, “B” can be assigned to any letter except the letter that corresponds to “A”).

b) As your answer to part (a) makes clear, there are a super-high number of possible ways all the letters could be assigned. Knowing something about each letter’s relative frequency dramatically reduces the number of likely combinations. For example, if there were only 3 possible options for each encrypted letter in the message, then how many possible ways would there be to assign real letters to the letter in the encrypted message?