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OTRP is related to UZXV in a certain way based on the English alphabetical order. In the same way, HMKI is related to NSQO. To which of the following options is MRPN related, following the same logic?
SXTV
XSVT
SXVT
XSTV
SXVT
Map each letter's numerical position in the alphabet. Both pairs follow a +6, +11, +6, +6 cyclic shift or specific positional jump. Check the transformation from OTRP to UZXV.
Map each letter's numerical position in the alphabet. Both pairs follow a +6, +11, +6, +6 cyclic shift or specific positional jump. Check the transformation from OTRP to UZXV.
Analyze the pattern (OTRP to UZXV)
Convert letters to positions: O=15, T=20, R=18, P=16. U=21, Z=26, X=24, V=22. The rule is +6 for each letter (15+6=21, 20+6=26, 18+6=24, 16+6=22).
Verify with HMKI to NSQO
H=8, M=13, K=11, I=9. N=14, S=19, Q=17, O=15. Logic holds: 8+6=14, 13+6=19, 11+6=17, 9+6=15.
Apply to MRPN
M(13)+6 = S(19), R(18)+6 = X(24), P(16)+6 = V(22), N(14)+6 = T(20). Result is SXVT.
A: SXTV is incorrect because the order of the last two letters is swapped. B: XSVT is incorrect because the first two letters are swapped. D: XSTV is incorrect as it does not follow the +6 transformation correctly.
C is correct because applying the +6 alphabetical shift to M, R, P, and N results in S, X, V, and T, forming the sequence SXVT.
For letter transformation questions, always write the numeric values (A=1, B=2...) above the letters to quickly identify the +n or -n pattern.