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TRPMK is related to XVTQO in a certain way based on the English alphabetical order. In the same way, LJHEC is related to PNLIG. To which of the following options is KIGDB related, following the same logic?
OMKIG
OMKIF
NLJGE
OMKHF
OMKHF
Find the alphabetical position shift for each letter from left to right. TRPMK to XVTQO corresponds to +4, +4, +2, +2, +2 sequence.
Find the alphabetical position shift for each letter from left to right. TRPMK to XVTQO corresponds to +4, +4, +2, +2, +2 sequence.
Analyze the Pattern in TRPMK to XVTQO
T(+4) тЖТ X, R(+4) тЖТ V, P(+2) тЖТ T, M(+2) тЖТ Q, K(+2) тЖТ O. The pattern is +4 for the first two letters and +2 for the remaining three letters.
Verify with LJHEC to PNLIG
L(+4) тЖТ P, J(+4) тЖТ N, H(+2) тЖТ L, E(+2) тЖТ G, C(+2) тЖТ I. This confirms the rule holds across all given examples.
Apply Rule to KIGDB
K(+4) тЖТ O, I(+4) тЖТ M, G(+2) тЖТ I, D(+2) тЖТ F, B(+2) тЖТ D. Combining these gives the final output string OMKFD.
A: OMKIG has incorrect last letters. B: OMKIF has a wrong final letter F. C: NLJGE has incorrect starting letters. D is correct as it accurately applies the +4, +4, +2, +2, +2 positional shift.
D is correct because applying the established positional shift (+4, +4, +2, +2, +2) to KIGDB results in OMKFD.
Always check if different halves of a word follow different shift increments, as hybrid rules are very common in recent railway and SSC exams.
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