Encode the message Math is good. Break the message into groups of two letters and use the matrix M = How can the message be encoded? OA. Translate each group into a sequence of integer pairs and add each to the identity matrix B.Translate each group into a sequence of integer pairs and multiply each by M OC. Translate each group into a sequence of integer pairs and subtract each from the identity matrix D. Translate each group into a sequence of integer pairs and multiply each by M Encode the message. Give your answers as column matrices, where each matrix contains a pair of encoded letters. Give the matrices in the order they were encoded, which should correspond to the order of the original message. 119 888888 (Type an integer or simplified fraction for each matrix element.) 29 15 59

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Encode the message Math is good.
Break the message into groups of two letters and use the matrix M =
How can the message be encoded?
OA Translate each group into a sequence of integer pairs and add each to the identity matrix
0. Translate each group into a sequence of integer pairs and multiply each by M
OC. Translate each group into a sequence of integer pairs and subtract each from the identity matrix
D. Translate each group into a sequence of integer pairs and multiply each by M
Encode the message. Give your answers as column matrices, where each matrix contains a pair of encoded letters. Give the matrices in the order they were encoded, which should correspond to the
order of the original message
119
888888
(Type an integer or simplified fraction for each matrix element.)
29
15
Transcribed Image Text:Encode the message Math is good. Break the message into groups of two letters and use the matrix M = How can the message be encoded? OA Translate each group into a sequence of integer pairs and add each to the identity matrix 0. Translate each group into a sequence of integer pairs and multiply each by M OC. Translate each group into a sequence of integer pairs and subtract each from the identity matrix D. Translate each group into a sequence of integer pairs and multiply each by M Encode the message. Give your answers as column matrices, where each matrix contains a pair of encoded letters. Give the matrices in the order they were encoded, which should correspond to the order of the original message 119 888888 (Type an integer or simplified fraction for each matrix element.) 29 15
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