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ADVN is related to GJPH in a certain way based on the English alphabetical order. In the same way, WHUB is related to CNOV. To which of the following is RFMJ related, following the same logic?
XMGE
WMFE
WLFD
XLGD
XLGD
Observe the positional shift of letters: each letter progresses by +6, +3, +2, +2 respectively for each position in the four-letter group.
Observe the positional shift of letters: each letter progresses by +6, +3, +2, +2 respectively for each position in the four-letter group.
Analyze the transformation pattern
Map letters to positions (A=1, B=2,..., Z=26). For ADVN to GJPH: A(1)+6=G(7), D(4)+3=G(7), V(22)+2=X(24) тЖТ Wait, let's re-evaluate: A(1)+6=G(7), D(4)+6=J(10), V(22)-6=P(16), N(14)-6=H(8). Pattern is +6, +6, -6, -6.
Apply pattern to WHUB and RFMJ
Check WHUB: W(23)+6=29(C), H(8)+6=14(N), U(21)-6=15(O), B(2)-6=-4(+26)=22(V). Pattern is +6, +6, -6, -6. Applying to RFMJ: R(18)+6=24(X), F(6)+6=12(L), M(13)-6=7(G), J(10)-6=4(D). Result is XLGD.
A: XMGE is incorrect as it does not follow the -6, -6 rule for the last two letters. B: WMFE is incorrect as it fails the +6 rule for the second letter. C: WLFD is incorrect as it fails the -6 rule for the last letter.
D is correct because applying the +6, +6, -6, -6 positional shift to RFMJ results in X, L, G, and D respectively.
Always verify the transformation rule on both provided examples (ADVN and WHUB) before applying it to the target word to ensure the pattern is consistent.
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