Practice Coded Inequalities Questions and Answers

• Statement: S > P, P ≥ U, U > V, V ≤ N Conclusion:   I. N ≥ U      II. S < N 
• Statement: I ≤ S, S < X, X = F, F ≤ K Conclusion:    I. K > I     II. I < X
• Statement: M ≤ W, W < F, F = V, V ≥ C. Conclusion:    I. C > W     II. M ≥ C 
• Statement:G≥ K, K ≤ S, S = M, M < N Conclusion:    I. N > K      II. G < S
• Statements: U ≤ X = V < W; V > T = Q ≥ R Conclusions: I. V ≥ R    II. W > R
• Statements: 2 < 4 = 8 ≤ 6; 4 ≥ 9 = 7 ≥ 10 Conclusions: I. 6 > 10      II. 6 = 10
• Statements:Q = S > T > Z; T > Y = H < I Conclusions: I. Z > H     II. I > Z
• Statements: D ≥ E < F = G; M < E = N ≥ O Conclusions: I. G > M       II. N < G
• Statement-1 - P > Q  ≥ R  < S > T                  2 - L ˃ R ≥ M  ≥ N Conclu...
• Statement- 1 - A ˂ B  ˃ C ≥ F                   2 - E ˃ B ≤  D ≠ G Conclusions: E > F...
•  Statement- 1 - 6# ≥ 9# ≥ 10# ≤ 5#                     2 - 7* ≤ 10# ˃ 5* ≥ 6* Conclu...
• Statement- 1 - 6#≥9#≥10#≤5#                    2 - 7*≤10#˃5*≥6* Conclusions: 1) 7* > 6...
• Statement: X>Y≥W =Z ≥U; U<R, Z<T Conclusions: I. W > R II. T > R
• Statement:  X≤Y<W =Z ≤U<S;S>T ≥V I. Z≥T II. Z > X
• Statement: W>Y<X<Z=U>S; W<T ≥V I. Y<T II. X > V
• Statement: X=Y≤Z>T; T>Q ; X ≥R I. Z≥R II. R>Q
• Statement: X≤W=Y<P; W≥Z; Z ≥X I. P>X II. Y≥X
• Statement: M > N <  P = Q  ≥ R; Q ≥ T Conclusion: 1. R≥T 2. N < T...
• Statement : M=N≥P<Q; R>Q ; T ≥N Conclusion: I. N<T II. N≥R...
• Statements: U = V ≤ W > Q ≥ N; B < Q; E = W Conclusion: I. E > Q           II. W > B...
• Statements: C = A ≤ H < K ≥ L = Q; S = T ≥ K Conclusion: I. C < T                     ...
• Statements: P < Q = R ≥ S = T; R < U; R = W Conclusion: I. W ≥ T               II. U < P...
• Statements: K ≥ N = I ≥ H ≤ U; B = S ≤ I Conclusion: I. B < K             II. B = K...
• Statement: M > K ≥ V ≥ G; Q < T < M Conclusion: I. T < G II. Q < V
• Statement: D > C > U < K > E > N < A Conclusion: I. D > N II. D > A 
• Statement: E < N < Q = W = F  ≥ U > A Conclusion: I. Q > A II. E > F
• Statement: L = C; E  ≥ M ≥ U  ≥ C Conclusion: I. E > L II. E = L 
• Statement: D > T > G > C > M; J > C > U Conclusion: I. J > M II. U < D
• Statements: V = W ≤ X > R ≥ O; C < O; F = X Conclusion: I. F > R    II. X > C
• Statements: D = B ≤ I < L ≥ M = R; T = U ≥ L Conclusion: I. D < U    II. B = T
• Statements: E = Q > R = Y ≤ Z = N; K = Y; L > R Conclusion: I. N > L    II. N ≤ L
• Statements: Q < R = S ≥ T = U; S < V; S = X Conclusion: I. X ≥ U    II. V < Q
• Statements: L ≥ O = J ≥ I ≤ V; C = T ≤ J  Conclusion: I. C < L    II. C = L
• Statements: D = E ≥ G = K, O > B ≤ C = K, E ≤ I < F  Conclusions:  I.F > K              &nbs...
• Statements: D = E ≥ G = K, O > B ≤ C = K, E ≤ I < F  Conclusions:  I. K > O            II. D ≥...
• Statements: V ≤R = W ≥ Q, U = T ≥ S < X, U < Q  Conclusions: I. V < Q            II. Q > X
• Statements: V ≤R = W ≥ Q, U = T ≥ S < X, U < Q  Conclusions: I. S < W       II. V ≥ X
• Statements: K ≥ L, N = R, L ≥ R, Q > C = K Conclusions: I. R ≤ Q          II. C ≥ N
• Statement: X=Y<W =Z ≥U;Z<P;Z<T Conclusions: I. W > P II. T > U
• Statement:  X > P ≥ W < Z ≤ T T II. X > V