To answer this question, we will Assign each letter a value relative to its position in the alphabet, let us show this through a picture
Now we have to discover with this encoding, how we can satisfy the following relations:
[tex]\begin{gathered} CMYK=3\odot13\odot25\odot11=104 \\ \\ OUTPUT=15\odot21\odot20\odot16\odot21\odot20=226 \\ \\ RAM=18\odot1\odot13=64\therefore \end{gathered}[/tex]where the symbols
[tex]\odot[/tex]represent some arithmetic operation that we must discover.
Note that if we sum, the numbers we get
[tex]CMYK=2\times(3+13+25+11)=2\times52=104[/tex]that is, to decoding this operation, we have to add the numbers and then multiply the result by 2. So the result of the code BITMAP is
[tex]BITMAP=2\times(2+9+20+13+1+16)=122[/tex]
