This problem involves a simple substitution cipher where each letter is replaced by its corresponding position in the alphabet.
Apply the same logic to the word LAP:
Therefore, the code for LAP is 12116.
If $9 @ 3 = 108$ and $10 @ 2 = 80$, what is $7 @ 1$?
If in a code A=26, B=25, ..., Z=1, what is the code for CAT?
If "FISH" is coded as "6-9-19-8", how will "HISF" be coded?
In a certain code language, ‘CROW’ is coded as ‘64’ and ‘EAGLE’ is coded as ‘125’. How will ‘PARROT’ be coded in that language?
In a certain code language, ‘AROUND’ is coded as ‘52182412144’ and ‘FIX’ is coded as ‘63624’. How will ‘PLASTIC’ be coded in that language?
If POSTER is coded as 592314 and DARK is coded as 8647, then how will STROKE be coded as?
In a certain code language, ‘POUND’ is coded as ‘106’ and ‘CLEAN’ is coded as ‘41’. How will ‘MAKER’ be coded as in that language?
In a certain code language, 'CURD' is written as '342184' and 'BREAD' is written as '2181024'. How will 'BUTTER' be written in that language?