This question involves a simple substitution cipher where letters are mapped to specific digits based on the examples provided.
First, let's establish the code for each letter by analyzing the given words and their corresponding codes:
We can confirm the codes for common letters (P, R, E) are consistent across both examples.
Now, we apply these established codes to the word CHAIR:
Combining these digits in order gives the code for CHAIR:
CHAIR = 91367
If ‘Monday’ is encrypted as 123456 and ‘Belt’ is encrypted as 0789, how would you encrypt the word ‘Tombay’?
In a certain code language, 'IT' is written as '58', 'SAD' is written as '48'. What is the code for 'FISH' in that code language?
If 31 L 31 J 5 = 186 and 47 J 2 L 43 = 137, then 52 L 64 J 3 = ?
If R is coded as 4, M is coded as 1, N is coded as 5, S is coded as 8, Q is coded as 0, L is coded as 6 and P is coded as 3, then what is the coded form of SMLRP ?
If in a certain code, 6723 is coded as 8901, how is 2435 coded in that language?