Practice Coded Inequalities Questions and Answers

• 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
• Statements: L @ U, U # E, E * F, F % G Conclusions: I. G @ L II. G * U III. G @ U
• Statements: X ≥ W > O = F ≥ B ≥ J; M < A ≤ J Conclusions: I. M < B II. O ≥ A III. O < A...
• Statements: B ≤ C = T; Z ≥ N ≥ D > K ≥ T Conclusions: I. C < N II. B ≤ K III. N > B...
• Statements:  A ≤ J ≤ K = M; Y ≥ Z > A Conclusions: I. J ≤ Z II. Z ˃ Y
• Statements: E = F > Q = A > B; J < Z ≤ A Conclusions: I. Q > Z II. B ˃ J
• Statements: A < B; C = D; B >E ≥ C Conclusions: I. A < C II. E = D
• Which of the following symbols respectively should replace the question marks in order to make the expression V ≥ M and X ≤ H definitely true? Statemen...
• Statement: D < F; D ≥ E > G; I ≥ H > F Conclusion: I. G ≥ F II. H ≥ D
• Statement: N < O; Q ≤ P = O; S > P; R ≥ O Conclusion: I. S > R II. R ≥ S
• Statement: M < N; O ≥ P; O ≥ L; P > N ≥ Q Conclusion: I. N > L II. L > Q
• Statement: L > M = P < Q > R; S ≤ O < N; R > G > N Conclusions: I. Q > S II. S < G III. M < G
• Statements: D ≥ E > F; G < H ≤ F; H > I Conclusions: I. D > H II. I < E   III. F > I
• Statements: S > T > V ≤ W < X; V > P > U Conclusions: I. S > U II. P < X III. S > X
• Statements: M > N = W; J < P = N; Y > P Conclusions: I. Y > W II. M < Y III. J > M
• Statements: Q > W > X; J > W; Z < X < P Conclusions: I. P > Z II. J > Q III. W < P
• Statements: E ≤ A > J ≥ L; Y > J < D Conclusions: I. D > L II. A > L
• Statements: A < B ≤ T < Y = O; V < R > K ≥ F > O Conclusions: I).  B < R II).  Y ≥ K...
• Statements: Z > N ≥ B = J ≤ M; Y ≥ U > N ≥ P Conclusions: I).  P ≤ Z II).  M > Y...
• Statements: C < D ≤ Y = S; U > L = T; C < L = O > E Conclusions: I).  U > E II).  T > Y...
• Statements: M < N < K ≥ R > S; Y < B < P ≤ N Conclusions: I).  S > B II).  Y < K...
• Statements: P ≤ Q < R > K; R < S > T; T < U ...
• Statements: A < B = C; D = E ≤ F ≤ G; E ≤ B Conclusions: I).  G ≥ C II).  D ≤ B III).  C ≥ D...
• Statements: R ≤ S = T; P < Q = R; S < U ≤ V; W ≥ V Conclusions: I).  P < U II).  W > R III).  T ≥ Q...
• Statements: P > Q < R; T ≤ U ≤ Q > S; V ≤ W < T Conclusions: I).  P > V II).  T = S III).  R > V...
• Statements: A > K ≥ M; Z ≤ A < T; C > M ≤ D Conclusions: I).  Z < D II).  M < T III).  C < A...
• Statements: A = B ≤ Y < Z; P ≤ I < A; M ≤ Y < N Conclusions: I).  M < Z II).  P < Y III).  N > A...
• Statements: T < Q ≥ L; W < Q ≥ E; E < S Conclusions: I. T < S II. S > Q III. E < L
• Statements: Y > U = I; U > H; Z ≤ C ≤ E = Y Conclusions: I. U < C II. E > I III. I > H
• Statements: Y ≤ A = F; H > T; H < V < F; Y ≤ W < R Conclusions: I. Y < V II. T < A III. W > H
• Statements: A ≥ B > C ≥ D < E < F < G Conclusions: I.    A > D                       II. G > C...
• Statement: Y < Z > I < Q > S = M ≤ N Conclusions: I. S= N II. Q > M
• Statements : C ≤ A < B ≤ D; E < B > F > G; I < H < G Conclusions : I. B > I II. D > H III. H < B
• Statements : R < O ≤ P < Q; M < L ≤ N > O; S < Q ≤ K Conclusions: I. M < K II. N > R III. O < S