Practice Coded Inequalities Questions and Answers

• Statement: P < Q; V < S > T; V < U > Q Conclusion: I. T ≥ P           II. P > T
• Statement: T > U ≥ V; T ≤ W = X; I > U Conclusion: I. U < X          II. I > T
• Statement: F < G < H ≥ J; F ≥ K > L Conclusion: I. H > L II. H = L
• Statement: W > X > Y; Z > B > W; Z < C Conclusion: I. Y < Z            II. B > X
• Statement: J > H ≤ G; F < M ≤ J; G = K Conclusion: I. M ≤ G           II. M > K
• Statements: P ≤ Q > R > T > U, Q ≤ O < S, T < V Conclusions: I. R < S II. P > U
• Statements: P ≥ Q > S< T > R = U Conclusions: I. P < S II. U = S
• Statements: H ≥ I > J, K > J, L = M ≥ J Conclusions: I. L > K II. H > J
• Statements: A ≤ B > C ≥ D > F, B ≤ E > G, D < H Conclusions: I. G ≥ A II. H > F
• Statements: P ≥ Q > R, S ≤ R, T = W ≥ R Conclusions: I. T ≥ S II. Q < W
• Statements: Q > M > Y < N = H ≥ S < V < R ≤ K Conclusion I: K > Y II: N > S
• Statements: F > T = O > E < P ≤ X > H < M Conclusion I: F ≥ E II: X > E
• Statements: H ≥ D = R > I < M > U > P ≤ N Conclusion I: H > R II: P < M
• Statements: G < O = H ≥ L > F < U≤ T ≥ Z Conclusion: I. L ≤ O II. T > L
• Statements: A > C > W > S ≤ M ≥ N = T Conclusion: I. M > C II. S > A
• Statement: J > K; N < O ≤ L; N ≥ M > K Conclusion: I. N ≥ J II. K < L
• Statement: Z > T ≥ K; Z ≤ S = J; I > T Conclusion: I. J > K II. I > S
• Statement: C ≥ D > E < F ≥ G; D ≥ H = J Conclusion: I. C > H II. C = J
• Statement: B > C = J; B > S > E; B < N Conclusion: I. E < C           II. J ≤ E
• Statement: T < U ≤ V; W < X ≤ V; V > Q Conclusion: I. Q ≤ W          II. W > Q
• Statements: R > N > Z < O = I ≥ T < W < S ≤  L Conclusion I: L > Z II: O > T
• Statements: I ≥ E = S > J < N > V > Q ≤ O Conclusion I: I > S II: Q < N
• Statements: H < P = I ≥ M > G < V ≤  U  ≥ A Conclusion I: M ≤ P II: U > M
• Statements: B > D > X > T ≤ N ≥ O = U Conclusion I: N > D II: T > B
• Statements: C > E > Y > U ≤ O ≥ P = V Conclusion I: O > E II: U > C
• Statements: K ≥ R, M > T, M ≥ R, L = K < O Conclusion: I. M > K II. O > R
• Statements: T = U, V < M, W ≥ T, U ≤ V Conclusion: I. U ≤ W II. M > U
• Statements: M ≥ S, V ≤ S, O < N > J, V < O Conclusion: I. S > J II. N ≥ V
• Statements: M > T, P > R, T = Q, U ≥ Q, P = U Conclusion: I. M ≥ R II. R > M
• Statements: T = S, U ≤ V, P < K, U ≤ K, V > S Conclusion: I. S ≥ U II. S < U
• Statement: K < M; K ≥ I > L; M ≥ G > N Conclusion: I. L ≥ M II. G ≥ K
• Statement: N < M; G ≤ V = M; J > V; K ≥ M Conclusion: I. J > K II. K ≥ J
• Statement: N < O; M ≥ V; M ≥ R; V > O ≥ U Conclusion: I. O > R II. R > U
• Statement: W > S; D > V > R; S > D Conclusion: I.W > R II. W > V
• Statements: S ≥ K > W= B > T ≤ Q > G < I Conclusions: I. S > Q      II. I < K
• Statements: C ≥ V > Q = F ≥ Y; Y > L > O ≥ K Conclusions: I. O < Q      II. K ≤ Y
• Statements: F > V > W ≥ L > G; F ≤ O = M < I Conclusions: I. M > L     II. V < I
• Statements: M * T, D % T, D # K, K $ R Conclusions: I. M * D      II. T # K                                III. K * M ...
• Statement: X > Y > Z; A > C > X; A < D Conclusion: I. Z < A            II. C > Y
• Statements: F @ R, R $ J, V % J, V # Z Conclusions: I. F * V        II. R * V                                III.   ...