Question
If ' LIGHT’ is coded as ‘QFDEY', ' PLUM' is coded as
'UIRR', and then 'FATHER' is coded as '____'.Solution
The logic followed here is that the first and last letter of the word is replaced by 5th succeeding letter and all the middle letters of the word are replaced by 3rd preceding letter as per English alphabetical series.
In LIGHT,
L + 5 = Q, I – 3 = F, G – 3 = D, H – 3 = E, T + 5 = Y
Code for LIGHT is QFDEY
Similarly,
In PLUM,
P + 5 = U, L – 3 = I, U – 3 = R, M + 5 = R
Code for PLUM is UIRR
Similarly,
In FATHER,
F + 5 = K, A – 3 = X, T – 3 = Q, H – 3 = E, E – 3 = B, R + 5 = W
Code for FATHER is KXQEBW
In the question assuming the given statements to be true, find which of the conclusion(s) among given three conclusions is/are definitely follows and t...
Statements: L $ W, W * H, H # T, P % T
Conclusions: I. T @ L II. H % L �...
Statement: J > K ≥ C = D ≤ Y < Z
Conclusions:
I. Z > C
II. J ≥ Y
III. J > D
IV. C > Z
...Statements: C > G > E; E = F; G < H
Conclusions: I) F < G
II) E < C
III) C > H
Statements: D < E = F > G < H < I < J; K > H = N < P < O
Conclusions:
I. O > G
II. N = K
III. F < J
What should come in the place of question mark, in the given expressions to make ‘L < P’ always true?
L < N < O _?_ Q = R ≤ P = M
Statement: T < U; W ≤ V = U; I > V; X ≥ U
Conclusion:
I. I > X
II. X ≥ I
Statement: P < Q; U < R > S; U < T > Q
Conclusion: I. S ≥ P II. P > S
Statements: M % N, N & A, A @ B, B # C
Conclusions: I. C & A II. M # B
...In the question assuming the given statements to be true, find which of the conclusion(s) among given three conclusions is/are definitely true and the...
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