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The logic followed here: (Sum total of positional value of all letters) – [1] = ‘Code’ STEM →  S (19) + T (20) + E (5) + M (13) – [1] →  57 – [1] = 56 BRAG →  B (2) + R (18) + A (1) + G (7) – [1] →  28 – [1] = 27 Similarly, GRIM →  G (7) + R (18) + I (9) + M (13) – [1] →  47 – [1] = 46  Thus, ‘GRIM’ will be coded as ‘46’. Hence, the correct answer is (A).
Statements: N % X & F @ R $ S; Q % N # O
Conclusions:
I. S % X
II. N % F
III. Q @ R
...Statements:
P > Q < R; T ≤ U ≤ Q > S; V ≤ W < T
Conclusions:
I). Â P > V
II). Â T = S
III). Â R > V...
Statement: P < Q; R ≥ S; R ≥ O; S > Q ≥ T
Conclusion:
I. Q > O
II. O > T
Statements: J % K, K & A, A $ L, L # B
Conclusions: I. J & AÂ Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â II. A # B
...Statement: P < Q; V < S > T; V < U > Q
Conclusion: I. T ≥ P      II. P > T
Statements: P < Q = R ≥ S = T; R < U; R = W
Conclusion: I. W ≥ T II. U < P
Statements:  F ≥ O = Z, Z ≥ P > L
Conclusions:
I. O > P
II. F > L
III. O ≥ L
IV. P > F
...If the expressions, ′A < B ≤ N > E ′, ′Z ≥ N′ and ′Z ≥ B′ are true then which of the following combinations will be definitely true?
Statements: V < P ≤ F = Y, Y < O ≤ J < SÂ
Conclusions:
I. V ≤ O
II. F < J
III. S > P
Which of the following symbols should replace the sign ($) and (#) in the given expression in order to make the expressions V ≥ Y and X > B definitel...