The positions are Z(26), V(22), R(18), N(14) and J(10). Each move subtracts 4 from the previous position (26β4=22, 22β4=18, 18β4=14, 14β4=10). Continuing this pattern, the next position is 10 β 4 = 6, which is the letter F. Thus F uniquely maintains the constant backward step of 4.
Option A:
Option A, G, is at position 7, which is 3 steps after J instead of 4 steps before. This reverses both direction and step size, violating the observed pattern. Therefore G cannot be the correct continuation.
Option B:
Option B is correct because F is exactly 4 positions before J, matching the consistent β4 difference. It keeps both the direction (backward) and the magnitude of the jump unchanged. This strict alignment with the rule makes F the proper next term.
Option C:
Option C, E, lies at position 5, which is 5 positions before J. This would enlarge the backward step from 4 to 5 without any justification from previous terms. Hence E does not fit the constant difference structure of the series.
Option D:
Option D, H, is at position 8, which is 2 positions before J. That shrinks the backward step to 2, contradicting the established gap of 4. As a result, H cannot logically follow J in this pattern.
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