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We are providing the most important Inequalities for SBI PO 2019, SBI Clerk 2019 and all other competitive bank and insurance exams. These questions have very high chances to be asked in SBI PO 2019, SBI Clerk 2019.
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Directions:(1-5) In these questions, relationship between different elements is shown in the statements. These statements are followed by two conclusions.
Give Answer:
P*Q means P is either greater than or equal to Q
P$Q means P is neither less than nor equal to Q
P@Q means P is neither greater than nor equal to Q
P&Q means P is equal to Q
P#Q means P is not greater than Q
1.
Statements
A * B $ C # D; F @ C & E # G
Conclusions
i) F @ A
ii) G @ B
2.
Statements
P # Q $ R @ S; U @ R * T & V
Conclusions
i) U $ P
ii) V @ Q
3.
Statements
I @ J # K * L; M $ N & O @ J
Conclusions
i) N @ L
ii) I $ M
4.
Statements
X @ Y $ Z # A; C & B * Y @ D
Conclusions
i) C @ X
ii) Z # C
5.
Statements
G * H $ I & J; L @ H # K * M
Conclusions
i) L @ G
ii) J @ K
Directions:(6-10) In these questions, relationship between different elements is shown in the statements. These statements are followed by two conclusions.
6.
Statements
P < Q ≤ R = S, Q > P = U < V
Conclusions
i) U < S
ii) S > V
7.
Statements
A ≥ B > C ≤ D, C = E ≥ F < G
Conclusions
i) A < F
ii) D ≥ F
8.
Statements
I > J < K = L, M < N > J <O
Conclusions
i) L > O
ii) M < I
9.
Statements
T < U = V ≤ W, X < V < Y > Z
Conclusions
i) X < W
ii) Y > T
10.
Statements
M > N ≤ O = P, Q < N ≥ R < S
Conclusions
i) R < P
ii) P = R
Check your Answers below:
Directions:(1-5) In these questions, relationship between different elements is shown in the statements. These statements are followed by two conclusions.
Give Answer:
P*Q means P is either greater than or equal to Q
P$Q means P is neither less than nor equal to Q
P@Q means P is neither greater than nor equal to Q
P&Q means P is equal to Q
P#Q means P is not greater than Q
1. Question
Statements
A * B $ C # D; F @ C & E # G
Conclusions
i) F @ A
ii) G @ B
A ≥ B > C ≤ D; F < C = E ≤ G
i) F < A (True)
ii) G < B (False)
2. Question
Statements
P # Q $ R @ S; U @ R * T & V
Conclusions
i) U $ P
ii) V @ Q
P ≤ Q > R < S; U < R ≥ T = V
i) U > P (False)
ii) V < Q (True)
3. Question
Statements
I @ J # K * L; M $ N & O @ J
Conclusions
i) N @ L
ii) I $ M
I < J ≤ K ≥ L; M > N = O < J
i) N < L (False)
ii) I > M (False)
4. Question
Statements
X @ Y $ Z # A; C & B * Y @ D
Conclusions
i) C @ X
ii) Z # C
X < Y> Z ≤ A; C = B ≥ Y < D
i) C < X (False)
ii) Z ≤ C (False)
5. Question
Statements
G * H $ I & J; L @ H # K * M
Conclusions
i) L @ G
ii) J @ K
G ≥ H> I = J; L < H ≤ K ≥ M
i) L < G (True)
ii) J < K (True)
Directions:(6-10) In these questions, relationship between different elements is shown in the statements. These statements are followed by two conclusions.
6. Question
Statements
P < Q ≤ R = S, Q > P = U < V
Conclusions
i) U < S
ii) S > V
P < Q ≤ R = S, Q > P = U < V
i) U < S (True)
ii) S > V (False)
7. Question
Statements
A ≥ B > C ≤ D, C = E ≥ F < G
Conclusions
i) A < F
ii) D ≥ F
A ≥ B > C ≤ D, C = E ≥ F < G
i) A < F (False)
ii) D ≥ F (True)
8. Question
Statements
I > J < K = L, M < N > J <O
Conclusions
i) L > O
ii) M < I
I > J < K = L, M < N > J <O
i) L > O (False)
ii) M < I (False)
9. Question
Statements
T < U = V ≤ W, X < V < Y > Z
Conclusions
i) X < W
ii) Y > T
T < U = V ≤ W, X < V < Y > Z
i) X < W (True)
ii) Y > T (True)
10. Question
Statements
M > N ≤ O = P, Q < N ≥ R < S
Conclusions
i) R < P
ii) P = R
M > N ≤ O = P, Q < N ≥ R < S
i) R < P (False)
ii) P = R (False)
P≥R so either Conclusion I or Conclusion II follows
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