Practice Coded Inequalities Questions and Answers

• Statements: L > M > Z ≥ S < R = O < N Conclusion  I. N ≥ L                  II. L > S...
• Statements: J > M < C ≤ S < Q = K > N Conclusion  I. J ≥ S II. N > M
• Statement: M = C ≥ A = V < Q = S Conclusions: I. M ≥ V II. A < S
• Statement: D > A ≥ R = B ≤ M < U Conclusions: I. U > R II. D ≥ M
• Relationship between different elements is shown in the statements. Find if the conclusions also follow or not. Statements: J ≥ Q = W ≥ D < N = R; F ...
• In which of these expression ‘J > B’ is definitely True?
• Which of the following expressions will be true if the expression ‘V ≥ W < X = Y’ is definitely true?
• Which of the following expressions will be true if the expression ‘J ≥ K > L ≥ M’ is definitely true?
• In which of the following expressions will the expression ‘D < F’ be definitely true?
• Which of the following expressions will be true if the given expression ′S > T ≥ U < V < W′ is definitely true?
• If the expressions, ′X < C ≤ N > E ′, ′N ≥ O′ and ′W ≥ C′ are true then which of the following combinations will be definitely true?...
• Which of the following symbols should replace the sign ($) and (*) respectively in the given expression in order to make the expression A ≥ J and P > Y...
• Which of the following symbols should replace the question mark in the given statement in order to make conclusion 'L > G' as well as 'B > X' definitely tr...
• Which of the following symbols should replace the sign (@) respectively in the given expression in order to make the expression P ≥ O and D > K definitel...
• 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...
• 14. 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...
• 16. Statements: J ≥ F = P; F > S ≥ A; S ≥ B < C Conclusions: I. C > A II. B < J
• Statements: F > L = P ≥ Q ≥ W; X < C ≤ D < W Conclusions: I. W > X II. F > C
• Statements: C > D ≥ E ≤ F; Y ≥ Z ≥ A = C Conclusion: I. Y > F II. F ≥ Y
• Statements: P ≥ Q = R; S = T ≤ U ≥ P Conclusion: I. R < S II. T ≤ Q
• Statements: A ≥ Z > B ≥ Y; C > B ≥ W Conclusion: I. A > W II. C > Y
• Statements: M % N, N & A, A @ B, B # C Conclusions: I. C & A                       II. M # B ...
• Statements: J @ K, K $ L, L & M, M % N Conclusions: I. K @ M                  II. N & J...
• Statements: B & Y, Y # M, M $ X, X @ S Conclusions: I. X $ Y                         II. X & Y ...
• Statements: I % C, C & D, D $ K, K # Z Conclusions: I. I & D                        II. D # Z ...
• Statements: N & C, C # I, I @ L, L % Y Conclusions: I.   C & Y                      II. L # N ...
• Statements :       T @ V % Z #  C & B $ S # E; W $ C @ Z Conclusions :      I. E @ Z                 II. S # W         ...
• Statements: M % C & G @ T $ D; W % M # P Conclusions :      I. D % C                 II. M % G                III. W @ T...
• Statements:       Q % G & Z % G; G # C & E; E @ P # D Conclusions :      I. C @ P                 II. Q % P           ...
• Statements:       M # N # O $ P & Q % R % S Conclusions :      I. Q @ S                                II. Q & S�...
• Statements:       A @ D % M % N; M $ P $ Q Conclusions :      I.  D % Q                               II. A @ N �...
• Statements : I @ L © R * A $ M  Conclusions :  I. R * M  II. A % L  III. A % I
• Statements : Y $ N * G © J @ Q  Conclusions :  I. G @ Q  II. Q * Y  III. Q % G
• Statements : C © S * R, U % R $ Z  Conclusions :  I. Z $ C  II. U % S  III. U © C
• Statements : T % W % B $ I @ L  Conclusions :  I. B * T  II. L © B  III. L * T
• Statements: Q © E, S % C, E $ S, C @ A  Conclusions:  I. A © C  II. S % A  III. C © Q
• Statements:  R ≤ A ≤ B > C = X < J < K = L Conclusions:       I. R ≤ B                  II. L > C             ...