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EHDL is related to ILZH in a certain way based on the English alphabetical order. In the same way, TFRA is related to XJNW. To which of the following is JUIP related, following the same logic?
MZDK
NZEK
NYEL
MYDL
NYEL
Observe the positional shift of each letter: +4, +2, +18 (or -8), +20 (or -6) is too complex; look for consistent offsets: +4, +2, +12, +20 effectively maps EHDL to ILZH, then check +4, +2, +12, +20 for others.
Observe the positional shift of each letter: +4, +2, +18 (or -8), +20 (or -6) is too complex; look for consistent offsets: +4, +2, +12, +20 effectively maps EHDL to ILZH, then check +4, +2, +12, +20 for others.
Analyze the first pair EHDL тЖТ ILZH
Mapping: E(5)+4=I(9), H(8)+4=L(12), D(4)+22=Z(26) or 4+22=26, L(12)-4=H(8). Wait, the pattern is: 1st(+4), 2nd(+4), 3rd(+22), 4th(-4). Let's re-verify: E+4=I, H+4=L, D+22=Z, L+22=H (12+22=34, 34-26=8). Pattern: +4, +4, +22, +22.
Verify pattern with TFRA тЖТ XJNW
T(20)+4=X(24), F(6)+4=J(10), R(18)+22=N(14) (18+22=40, 40-26=14), A(1)+22=W(23) (1+22=23). The pattern is consistently +4, +4, +22, +22.
Apply pattern +4, +4, +22, +22 to JUIP
J(10)+4=N(14), U(21)+4=Y(25), I(9)+22=E(5) (9+22=31, 31-26=5), P(16)+22=L(12) (16+22=38, 38-26=12). Result: NYEL.
A: MZDK is incorrect as it does not follow the +4, +4, +22, +22 logic for JUIP. B: NZEK is incorrect because the 3rd and 4th letters do not match the required offset. D: MYDL is incorrect as the starting letter M does not result from 10+4.
C is correct because applying the +4, +4, +22, +22 positional shift to JUIP yields N(14), Y(25), E(5), and L(12), resulting in NYEL.
When codes involve shifts greater than 13, check for reverse-alphabet subtraction or addition in modulo 26 to simplify calculations.