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We Have Encoded Messages by Assigning the Letters of the Alphabet

Question 12

Multiple Choice

We have encoded messages by assigning the letters of the alphabet the numbers 1-26, with a blank assigned the number 27, and by using an encoding matrix A that converts the numbers to the coded message. To decode any message encoded by A, we must find the inverse of A, denoted by A-1, and multiply A-1 times the coded message. Use this code and the given encoding matrix A to find the matrix that can be used to decode the given message. ​
The code matrix is We have encoded messages by assigning the letters of the alphabet the numbers 1-26, with a blank assigned the number 27, and by using an encoding matrix A that converts the numbers to the coded message. To decode any message encoded by A, we must find the inverse of A, denoted by A<sup>-1</sup>, and multiply A<sup>-1</sup> times the coded message. Use this code and the given encoding matrix A to find the matrix that can be used to decode the given message. ​ The code matrix is   . The message is 33, 132, 214, 22, 110, 203, 34, 132, 201. A)    B)    C)    D)    E)   . The message is 33, 132, 214, 22, 110, 203, 34, 132, 201.


A) We have encoded messages by assigning the letters of the alphabet the numbers 1-26, with a blank assigned the number 27, and by using an encoding matrix A that converts the numbers to the coded message. To decode any message encoded by A, we must find the inverse of A, denoted by A<sup>-1</sup>, and multiply A<sup>-1</sup> times the coded message. Use this code and the given encoding matrix A to find the matrix that can be used to decode the given message. ​ The code matrix is   . The message is 33, 132, 214, 22, 110, 203, 34, 132, 201. A)    B)    C)    D)    E)
B) We have encoded messages by assigning the letters of the alphabet the numbers 1-26, with a blank assigned the number 27, and by using an encoding matrix A that converts the numbers to the coded message. To decode any message encoded by A, we must find the inverse of A, denoted by A<sup>-1</sup>, and multiply A<sup>-1</sup> times the coded message. Use this code and the given encoding matrix A to find the matrix that can be used to decode the given message. ​ The code matrix is   . The message is 33, 132, 214, 22, 110, 203, 34, 132, 201. A)    B)    C)    D)    E)
C) We have encoded messages by assigning the letters of the alphabet the numbers 1-26, with a blank assigned the number 27, and by using an encoding matrix A that converts the numbers to the coded message. To decode any message encoded by A, we must find the inverse of A, denoted by A<sup>-1</sup>, and multiply A<sup>-1</sup> times the coded message. Use this code and the given encoding matrix A to find the matrix that can be used to decode the given message. ​ The code matrix is   . The message is 33, 132, 214, 22, 110, 203, 34, 132, 201. A)    B)    C)    D)    E)
D) We have encoded messages by assigning the letters of the alphabet the numbers 1-26, with a blank assigned the number 27, and by using an encoding matrix A that converts the numbers to the coded message. To decode any message encoded by A, we must find the inverse of A, denoted by A<sup>-1</sup>, and multiply A<sup>-1</sup> times the coded message. Use this code and the given encoding matrix A to find the matrix that can be used to decode the given message. ​ The code matrix is   . The message is 33, 132, 214, 22, 110, 203, 34, 132, 201. A)    B)    C)    D)    E)
E) We have encoded messages by assigning the letters of the alphabet the numbers 1-26, with a blank assigned the number 27, and by using an encoding matrix A that converts the numbers to the coded message. To decode any message encoded by A, we must find the inverse of A, denoted by A<sup>-1</sup>, and multiply A<sup>-1</sup> times the coded message. Use this code and the given encoding matrix A to find the matrix that can be used to decode the given message. ​ The code matrix is   . The message is 33, 132, 214, 22, 110, 203, 34, 132, 201. A)    B)    C)    D)    E)

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