After using the cipher code, the coded message reveals the phrase "CODES ARE FUN!".
Cryptography is the use of codes to protect information or the contents of communications. In this case, the information is in the form of a message. A cipher is used in cryptography to encrypt or decrypt a given code. It can be thought of as a key to crack the code.
In this question, the cipher given is a series of 27 numbers and letters that match the length of the alphabet given above (including the "!" as the first symbol). From this, we can infer that the code can be cracked by replacing the letters or numbers given, with the letter from the alphabet that holds the same place in its list as the original letter in the cipher list. For example, since the first letter in the coded message is "G" we look at the cipher named "Code" and identify what place on the list the letter G occupies. The letter G is the 4th symbol on the Code list. We can match this with the 4th symbol of the alphabet list which is "C", and thus we know that the first letter of our coded message is C.
We can then repeat these steps for the remaining letters. To give a few examples of matching symbols, we can see that:
and so on. These symbols correspond to each other because they occupy the matching places on their respective lists. "!" and "A" are the first symbols on either list, "A" and "2" are the second, and so on.
By using the cipher given, and replacing the letters and numbers in the coded message with their corresponding letters on the alphabet list, we can find that the coded message reveals the phrase "CODES ARE FUN!".
For more on coded messages see:
https://brainly.com/question/2813734?referrer=searchResults
