Reasoning Quiz

तार्किक क्षमता (रिजिनिंग) एक बड़ा अनुभाग है। प्रश्नों की बढ़ती जटिलता के साथ, इसे आसानी से पास करना  मुश्किल हो जाता है। Banking परीक्षाओं में इस विशेष अनुभाग में ग्रेड बनाने का एकमात्र तरीका अपने पूरे दिल और आत्मा के साथ लगातार अभ्यास करना है और आपको नवीनतम पैटर्न प्रश्नों के साथ अभ्यास करने प्रदान करने के लिए, यहां परीक्षाओं में पूछे जाने वाले प्रश्नों के सटीक समान पैटर्न के आधार पर  रीज़निंग क्विज दी गयी है।




Directions (1-5): In these questions relationship between different elements is shown in the statements. These statements are followed by conclusions. You have to find out which of the conclusions follow or not from the given statements. 

Q1. Statements: 

Q < O, P ≥ N , O = J ≥ P, N ≤ T = Z
Conclusions 
I. Q > T
II. Z ≥ Q
Only I is true
Only II is true
Either I or II is true
Both I and II are true
Neither I nor II is true

Q2. Statements: 
U > C ≤ T = Y, M > Q = R, P > M, R ≥ E > U
Conclusions 
I. P > U
II. Q ≥ T
Only I is true
Only II is true
Either I or II is true
Both I and II are true
Neither I nor II is true

Q3. Statements: 
D ≤ G,W > P, G < T ≤ P, K < W,
Conclusions 
I. K > P
II. D < W
Only I is true
Only II is true
Either I or II is true
Both I and II are true
Neither I nor II is true

Q4. Statements: 
U < C ≤ T = Y, M > Q = R, P > M, R ≥ E > U
Conclusions 
I. E > T
II. Y ≥ E
Only I is true
Only II is true
Either I or II is true
Both I and II are true
Neither I nor II is true

Q5. Statements: 
D ≤ G,W > P, G < T ≤ P, K < W,
Conclusions 
I. K < P
II. D ≤ W
Only I is true
Only II is true
Either I or II is true
Both I and II are true
Neither I nor II is true

Q6. Which of the following symbols should replace the question mark in the given expression to make A ≥ D definitely true? 
A= G ≥ B ? F ? M = D
>, >
=, >
≤, ≤
≤, <
None of these

Q7. Which of the following symbols should replace the question mark(?) in the given expression in order to make the expressions A < B definitely true and D ≤ A definitely true? 
B ? E = A ? F ≥ N = D
>, ≤
=, >
<, >
>, =
≤, <

Q8. Which of the following symbols should replace the question mark in the given expression to make N ≥ D definitely true? 
A= G ≥ B, N ? F ? M = D, B > N
>, >
=, >
≤, ≤
≤, <
None of these

Q9. Which of the following symbols should replace the question mark(?) in the given expression in order to make the expressions M < E false and B ≤ A definitely true? 
M ? B ? E = A
>, ≤
=, >
<, >
=, =
≤, <

Q10. Which of the following symbols should replace the question mark in the given expression to make G ≥ F and M

>, >,>, ≤
=, >,>, ≤
≤, ≤,>, ≤
≤, <,>, ≤
None of these

Directions (11-15): In these questions, a relationship between different elements is shown in the statements. The statements are followed by two conclusions. Give answer 

Q11. Statement: 

G<D≤E; G≥F>B<A
Conclusions
I. G≥A
II. B<E
if only conclusion II is true.
if only conclusion I is true.
if neither conclusion I nor II is true.
if either conclusion I or II is true.
if both conclusions I and II are true.
Solution:
I. G≥A(False)
II. B<E(True)

Q12. Statement: 
K=A, A>T≥J; A≤S=H; I>T
Conclusion:
I. H>J
II. I>S
if both conclusion I and II are true.
if only conclusion I is true.
if neither conclusion I nor II is true.
if either conclusion I or II is true.
if only conclusion II is true.
Solution:
I. H>J(True)
II. I>S (False)

Q13. Statement: 
P>J≥K>L, L<M≥N; K≥O=T
Conclusions:
I. J>O
II. J=T
if only conclusion II is true.
if either conclusion I or II is true.
if neither conclusion I nor II is true.
if only conclusion I is true.
if both conclusions I and II are true.
Solution:
I. J>O(False)
II. J=T (False)

Q14. Statement: 
O < A> T=N; A>S>R; A<M>
Conclusion: 
I. R<T
II. NR
if only conclusion II is true.
if only conclusion I is true.
if neither conclusion I nor II is true.
if either conclusion I or II is true.
if both conclusions I and II are true.
Solution:
I.R<T(False)
II. N≤R(False)

Q15. Statement: 
A<B≤C; E>F<M≤C; C>Q<R
Conclusions:
I. Q≤F
II. F>Q
if only conclusion II is true.
if either conclusion I or II is true.
if neither conclusion I nor II is true.
if only conclusion I is true.
if both conclusions I and II are true.
Solution:
I. Q≤F (False)
II. F>Q(False)



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