T T C H N G plaintext ==> H E O W L S A R E W A E H N O W A G Substitution Method 33 5 1# S 4 1# ? @ This table works fine for the given plaintext but runs into problems if the plaintext was "MEET AT THE BANK" because the substitution for the letters M, B, and K is not specified. So when building a substitution cipher it makes sense that a substitution decision exists for all possible characters that might appear in the plaintext. Here then is a more complete table that should allow the process of substitution for any plaintext written in English: F G H K M N O P R S T U W X Y A B C D E 9 33 A 5 1# S D E 8 G B 4 @ M P Question #1: Convert the plaintext "Go Noles" into ciphertext by using the substitution cipher based on the chart shown above