In a code language, ‘HAND’ is written as ‘GYMB’, and ‘FOOD’ is written as ‘EMNB’. How will ‘TEXT’ be written in that language?

The correct option is SCWR.

To solve this coding-decoding problem, let us analyze the pattern used to convert the original words into their coded forms by looking at the alphabetical position of each letter.

Step 1: Analyze the word 'HAND' to 'GYMB'
Let us compare each letter of the word 'HAND' with the corresponding letter in 'GYMB':
- H (8th letter) - 1 = G (7th letter)
- A (1st letter) - 2 = Y (25th letter, moving backwards in the alphabet)
- N (14th letter) - 1 = M (13th letter)
- D (4th letter) - 2 = B (2nd letter)

The pattern applied here is subtracting 1 and 2 alternately from the letter positions: (-1, -2, -1, -2).

Step 2: Verify the pattern with the word 'FOOD' to 'EMNB'
Let us check if the same pattern (-1, -2, -1, -2) applies to 'FOOD':
- F (6th letter) - 1 = E (5th letter)
- O (15th letter) - 2 = M (13th letter)
- O (15th letter) - 1 = N (14th letter)
- D (4th letter) - 2 = B (2nd letter)

The pattern is confirmed to be subtracting 1 and 2 alternately from each position.

Step 3: Apply the pattern to the word 'TEXT'
Now, apply the (-1, -2, -1, -2) rule to each letter of 'TEXT':
- T (20th letter) - 1 = S (19th letter)
- E (5th letter) - 2 = C (3rd letter)
- X (24th letter) - 1 = W (23rd letter)
- T (20th letter) - 2 = R (18th letter)

Putting the resulting letters together gives SCWR.