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KPNS is related to QVTY in a certain way based on the English alphabetical order. In the same way, HMKP is related to NSQV. To which of the following options is DIGL related, following the same logic?
OJMR
JORM
OJRM
JOMR
JOMR
Identify the positional shift of letters. KPNS (+6, +6, +5, +6) тЖТ QVTY. Apply the same shifts to DIGL to find the result.
Identify the positional shift of letters. KPNS (+6, +6, +5, +6) тЖТ QVTY. Apply the same shifts to DIGL to find the result.
Analyze the pattern
Look at the relation between KPNS and QVTY: K(11)+6=Q(17), P(16)+6=V(22), N(14)+6=T(20), S(19)+6=Y(25). The pattern is a uniform +6 shift for each letter.
Verify with HMKP to NSQV
H(8)+6=N(14), M(13)+6=S(19), K(11)+6=Q(17), P(16)+6=V(22). The logic +6 holds true.
Apply to DIGL
D(4)+6=J(10), I(9)+6=O(15), G(7)+6=M(13), L(12)+6=R(18). The final word is JORM.
A: OJMR is incorrect; B: JORM is incorrect letter order; C: OJRM is incorrect; D is the only option matching the calculated sequence JORM.
D is correct because each letter in the input string is shifted forward by 6 positions in the English alphabet (D+6=J, I+6=O, G+6=M, L+6=R), resulting in JORM.
In coding-decoding questions, always write the numeric positions (A=1, B=2...) above the letters to quickly identify additive or subtractive patterns.