The question presents a coding pattern based on the English alphabet. We need to decipher the relationship between the letter pairs and apply it to find the code for 'VOJZ'. The logic relies on the positional value of each letter in the alphabet (A=1, B=2, ..., Z=26).
Let's find the positional values of the letters in GKMP and BFHK:
Comparing the positions:
The pattern observed is that each letter in the original word is shifted 5 positions backward in the alphabet to get the corresponding letter in the coded word.
Let's verify this pattern with the second pair, PJSU to KENP:
Comparing the positions:
The pattern of subtracting 5 from the positional value holds true for this pair as well.
Now, we apply the same logic (subtracting 5 from the positional value) to the word VOJZ:
Calculating the new positions:
Combining these letters, we get QJEU.
Following the established pattern of subtracting 5 from the alphabetical position of each letter, VOJZ is related to QJEU.
| Original Letter | Position | Calculation | New Position | Coded Letter |
|---|---|---|---|---|
| V | 22 | $22 - 5$ | 17 | Q |
| O | 15 | $15 - 5$ | 10 | J |
| J | 10 | $10 - 5$ | 5 | E |
| Z | 26 | $26 - 5$ | 21 | U |
Based on the English alphabetical order, three of the following four letter-cluster pairs are alike in a certain way and thus form a group. Which letter-cluster pair DOES NOT belong to that group? (Note: The odd one out is not based on the number of consonants/vowels or their
position in the letter-cluster.)
In the following question, a group of letters is given. The letters of each group are related with the letters of the same group by some Logic/Rule/Relation. From the given alternatives, select a group of letters which follows the same Logic/Rule/Relation.
(TOPX, ZVXG, FCFP)