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GDFH is related to JGIK in a certain way based on the English alphabetical order. In the same way, OLNP is related to ROQS. To which of the given options is TQSU related, following the same logic?
WTVX
VTWY
WTUX
WUTX
WTVX
Observe the constant jump for each position: G(7) to J(10) is +3, D(4) to G(7) is +3, F(6) to I(9) is +3, H(8) to K(11) is +3. Apply +3 to each letter in TQSU.
Observe the constant jump for each position: G(7) to J(10) is +3, D(4) to G(7) is +3, F(6) to I(9) is +3, H(8) to K(11) is +3. Apply +3 to each letter in TQSU.
Analyze the Pattern
Map GDFH to JGIK: G(7)+3=J(10), D(4)+3=G(7), F(6)+3=I(9), H(8)+3=K(11). The pattern is (+3, +3, +3, +3) for all letters.
Verify Consistency
Verify OLNP to ROQS: O(15)+3=R(18), L(12)+3=O(15), N(14)+3=Q(17), P(16)+3=S(19). The pattern holds true.
Apply to Target
Apply (+3, +3, +3, +3) to TQSU: T(20)+3=W(23), Q(17)+3=T(20), S(19)+3=V(22), U(21)+3=X(24). The resulting word is WTVX.
B: VTWY is incorrect as it results from different addition values; C: WTUX is incorrect as it fails the +3 logic on the third letter; D: WUTX is incorrect due to incorrect letter mapping for the second and third positions.
A is correct because applying the +3 positional shift to each letter of TQSU (T+3=W, Q+3=T, S+3=V, U+3=X) results in WTVX.
When dealing with coding-decoding, always check the numerical position (1-26) of letters; adding/subtracting values from these numbers often reveals the hidden pattern instantly.