Practice Coded Inequalities Questions and Answers

• Statements: 21 < 51 = 71 ≤ 61 < 11; 32 < 81 ≤ 91 =51 Conclusions: I. 11 > 81 II. 21 > 32 III. 32 ≥ 21
• What is the suitable sign that should be placed so that O > K is true, and J ≤ M is true in the relation 'J = K ≤ L ( ) M < N = O'?
• Statements: A @ B, B # C, C % D Conclusions: a) A # C      b) A @ D 
• Statements: E $ N, N * G, H % E Conclusions: a) G # H     b) H $ N
• Statements: H # I, I @ J, J $ P   Conclusions: a) H # J      b) H # P
• Statements: E * M, M # N, N $ K Conclusions: a) E * N      b) M $ K
• Statements: Q $ W, W % E, E @ K Conclusions: a) Q $ K      b) W @ K
• Statements:  S * K, T $ K, K @ B Conclusions:      a) S $ B                  b) S @ B...
• Statements:  Y $ Z, H $ D, Z * D Conclusions:      a) Y & H                                b) Y * D...
• Statements:  M @ N, P @ R, P & N Conclusions:      a ) M @ P              b) R & M...
• Statements:  B & T, K ⋆ B, S ⋆ K Conclusions:      a) K ⋆ T                 b) S # T...
• Statements:  P * R, M & N, R $ M Conclusions:      a) P @ M              b) P $ M...
• Which of the following symbols should be placed in the blank spaces respectively (in the same order from left to right) in order to complete the given expr...
• Statements:  R @ C % L #  X & P $ A  # W; Q $ L @ X Conclusions: I. W @ L II. A # Q III. R @ X...
• Statements: N % X & F @ R $ S; Q % N # O Conclusions: I. S % X II. N % F III. Q @ R...
• Statements:  M % F & P % F; F # A & W; W @ O # S Conclusions: I. A @ O II. M % O III. S @ F...
• Statements:  T # L # C $ X & Y % E % F Conclusions: I. Y @ F II. Y & F III. Y & C...
• Statements: Q @ X % Y % W; Y $ O $ B Conclusions: I.   X % B II. Q @ W III. O $ X...
• Which of the following symbols should replace (1) and (2) respectively in the given expression in order to make the expression N > P definitely true? A > B...
• Which of the following symbols should replace (1) and (2), respectively in the given expression in order to make the expression X < H definitely true? Z �...
• Statement: A ≥ B ≥ C = D > E, F > G = H ≤ C  Conclusion: I. C ≥ F                          II. F > D...
• Statement: F ≥ G > I > E ≤ P, E = S ≥ P  Conclusion: I. F ≥ P           II. G > P
• Statement: M < N ≤ O = P, Q ≥ O ≤ R ≤ Z Conclusion: I. Q > M                       II. Z > M...
• Statement: L ≥ X ≤ Z > Y ≤ A, Y = B ≥ C  Conclusion: I. C >A                          II. A ≥ C...
• Statement: E < F ≤ G = H, I ≥ G ≤ J ≤ K Conclusion: I. K > E                          II. H > K...
• Statements: L ≤ J ≤ C = N; W ≥ X > L Conclusions: I. J ≤ X II. X ˃ W
• Statements: A = C > E = F > D; Y < Z ≤ F Conclusions: I. E > Z II. D ˃ Y
• Statements: L < E; M = O; E >K ≥ M Conclusions: I. L < M II. K = O
• Statements: M = N; A < C < E; N > A Conclusions: I. E > N II. M > C
• Statements: A ≥ B ≥ Y = Z = M ≥ N ≤ E ≤ F = J Conclusions: I. F > Z II. J ≤ Y
• Statements : X = Y ≥ Z = O ≤ N ≤ M Conclusions : I. X > O II. X = Z
• Statements: Z = Y ≥ X > W, Q > O = P ≥ I, W ≥ V ≥ U = Q Conclusions: I. Z ≥ Q II. I ≤ W III. X > P
• Statements: S > P = N ≤ L, O = L > U, U ≥ W > V ≥ U = T Conclusions: I. N ≤ W II. L > T III. S > T
• Statement: A ≥ B ≥ C = D > E, F > G = H ≤ C  Conclusion: I. C ≥ F           II. F > D
• Statement: F ≥ G > I > E ≤ P, E = S ≥ P  Conclusion: I. F ≥ PII. G > P
• Statement: M < N ≤ O = P, Q ≥ O ≤ R ≤ Z Conclusion: I. Q > M                   II. Z > M ...
• Statement: L ≥ X ≤ Z > Y ≤ A, Y = B ≥ C  Conclusion: I. C >A           II. A ≥ C
• Statement: E < F ≤ G = H, I ≥ G ≤ J ≤ K Conclusion: I. K > E          II. H > K
• Statements: Q # N, N % S, S * U, U # M Conclusions: I. Q # S II. Q * S III. N % M
• Statements: A @ Z, Z # L, L % N, N @ U Conclusions: I. A @ N II. Z @ U III. A # L