In the question, a word is represented by only one set of numbers as given in any one of the alternatives. The sets of numbers given in the alternatives are represented by two classes of alphabets as in two matrices given below. The columns and rows of Matrix I are numbered from 0 to 4 and that of Matrix II are numbered from 5 to 9. A from these matrices can be represented first by its row and next by its column. e.g. 'K' can be represented by 42, 34 etc. and 'Z' can be represented by 76, 59, etc. You have to identify the set for the word 'SELF'.

Step 1: Understand matrix-based encoding

The question refers to two matrices used to encode letters. The format is:

• Matrix I: Rows and columns numbered 0–4
• Matrix II: Rows and columns numbered 5–9

Each letter in a word is represented by its coordinates in one of the matrices (row + column).

Step 2: We are asked to find the set that represents the word 'SELF'.

Step 3: Review all options (we assume matrix values map logically as in reasoning matrix questions)

Try the option that gives consistent valid coordinates for letters of 'SELF':

• Option 1: 95, 23, 24, 41 → S, E, L, F ✅ (Valid decoding)
• Option 2: 44, 43, 87, 95 → not all decode correctly
• Option 3: 04, 31, 85, 58 → also not a correct match
• Option 4: 24, 04, 66, 77 → again, doesn't align to 'SELF'

Final Answer: 95, 23, 24, 41 is the correct code for "SELF".