# Reasoning Quiz

In the following questions(1-4), the symbol  × , ∂ , % ,   © , @ , are used with the following illustrations.

P % Q means P is not smaller than Q
P © Q means P is neither smaller than nor equal to Q
P x Q means P is neither greater than nor equal to Q
P ∂ Q means P is not greater than Q
P @ Q means P is neither greater than nor smaller than Q

"Did you Know? In this pack you will get All new content we launch in the next 1 months"

This is the most recommended and NRA-CET ready Pack!

Use Code 'DREAM' to avail at the best price today

This package Includes IBPS PO Study Material -  Subscribe Now

If you are preparing for more than 1 Banking & Insurance exams then this is the pack we recommend you buy.

It is most cost-effective and you get access to 100% digital content for Bank & Insurance exams on Adda247. Banking & Insurance Exams Covered in this Pack Additionally, you can crack any private bank job exam with content in this pack.

Bank & Insurance Mahapack Highlights

• Structured course content
• Recorded classes available if you miss any live class
• Previous Years’ Papers of all upcoming exams.
• Full Length Mocks based on the latest pattern with detailed solutions (video solutions for certain topics)
• Topic level knowledge tests
• Strategy sessions, time management & Preparation tips from the experts

Validity: 1 Month

Bank Maha Pack 1. Unlimited Live Classes & Recorded Video Courses
2. Unlimited Tests and eBooks
3. 1 Lakh+ Selections
Validity
1. 15 Months
2. 9 Months
3. 27 Months
4. 3 Months
5. 1 Month
6799 453/month

1. Statement – R ∂ K ; K x M ; M @ J
Conclusions -:
III.  R  X J

A. Only  I & I are true
B. Only II & III are true
C. Only I & III are true.
D. All I, II & III are true
E. None of these

2.    Statements –  Z @ M ; M © K ; K X F
Conclusions – :
II.   K X Z

A. None is true
B. Only I is true
C. Only II is true
D. Only III is true
E. Only II & III are true.

3. Statements – V % H ; H @ F ; F ∂ E
Conclusions :-
I.     F @ V
II.   F X V
III.  E % H

A. Only either I or II is true
B. Only III is true
C. Only I & II are true
D. All I, II & III are true.
E. Only either I or II and three are true.

4.  Statements – W ©  T ; T ∂ N ; N % D
Conclusions :-
I.     D X T
III.  D @ T

A. None in True
B. Only I is true
C. Only II is true
D. Only III is true
E. Only I & II are true

In the following questions(5-8), the Symbols @, ©, \$ , % and # are used with the following meanings as illustrated below.

‘A \$ B’ means ‘A is not smaller than B’.
‘A # B’ means ‘A is not greater then B’.
‘A @ B’ means ‘A is neither smaller than nor equal to B’.
‘A © B’ means ‘A is neither smaller than nor greater than B’.
‘A % B’ means ‘A is neither greater than nor equal to B’.

In each of the following question assuming the given statements to be true, find out which of the two conclusions I and I I given below these are definitily true.

5.Statements: H % J, J © N, N @ R
Conclusions:
I. R % J
II. H @ J
III. N @ H

A. Only II is true
B. Only I and III are true
C. Only I is true
D. Only III is true
E. None of these

6. Statements: M @ J, J \$ T, T © N
Conclusions:
I. N # J
II. T %M
III. M @ N

A. Only I and II are true
B. Only II and III are true
C. Only I and III are true
D. None of true
E. All are true

7.Statements: D © K, K # F, F @ P
Conclusions:
I. P @ D
II. K # P
III. F \$ D

A. Only II is true
B. Only I and II are true
C. Only III is true
D. Only II and III are true
E. None of these

8.Statements: K # N, N \$ T, T % J
Conclusions:
I. J @ N
II. K @ T
III. T @ K

A. Only I and II are true
B. Only II and III is true
C. Only I and III are true
D. None is true
E. None of these

In the following questions(9-12) , the Symbols @, #, \$ , % and * are used with the following meanings as illustrated below.

‘A \$ B’ means ‘A is not smaller than B’.
‘A % B’ means ‘A is not greater then B’.
‘A @ B’ means ‘A is neither smaller than nor equal to B’.
‘A * B’ means ‘A is neither greater than nor smaller than B’.
‘A # B’ means ‘A is neither greater than nor equal to B’.

In each of the following question assuming the given statements to be true, find out which of the three conclusions I,II and III given below them is/are definitily true.

9. Statements: D * Q, Q @ L, L \$ B, B # G
Conclusions:
I. D @ B
II. B * D
III. G @ L

A. Either I or II only
B. I and II only
C.) I only
D. II and III only
E. None of these

10. Statements: Z @ Y, Y # K, K % M, M @ T
Conclusions:
I. Z @ M
II. Y @ T
III. Z # K

A. I only
B. II and III only
C. Either I or II only
D. All I,II and III
E. None of these

11.Statements: P # M, M % R, R * T, T # L
Conclusions:
I. P # M
II. P * R
III. M % L

A. I only
B. I and II only
C. Either I or III only
D. All I,II and III
E. None is true

12.Statements: F @ H, M % H, M \$ R, G * M
Conclusions:
I. F \$ R
II. F @ R
III. H \$ G

A. I only
B. II and III only
C. Either I or III only
D. All I,II and III
E. None is true

P % Q means P is not smaller than Q —————–  [ P≥ Q ]
P © Q means P is neither smaller than nor equal to Q —  [ P > Q]
P x Q means P is neither greater than nor equal to Q ——— [ P < Q ]
P ∂ Q means P is not greater than Q ———- [  P ≤  Q  ]
P @ Q means P is neither greater than nor smaller than Q——- [ P=Q ]

1. (D) Statement – R ∂ K ; K x M ; M @ J
R ≤ K < M = J
Conclusions -:
I.     J ©  K ——-    [  J > K ]
II.   M © R —-    [  M > R ]
III.  R  X J  ——    [  R < J  ]
Clearly All the conclusions are true

2 -(C) Statements –  Z @ M ; M © K ; K X F
Z = M  > K  < F
Conclusions – :
I.     F © Z ———-  [ F > Z ] cannot be said.
II.   K X Z ———   [ K < Z ] Surely it is
III.  F © M ——–    [ F > M ] cannot be said
So Only II is correct.

3- (E)Statements – V % H ; H @ F ; F ∂ E
V ≥ H = F ≤ E
Conclusions :-
I.     F @ V —-    [ F=V ] not sure may nor may not be
II.   F X V ———   [ F < V ] Not sure may or may not be
III.  E % H ——- [ E ≥ H ] Surely.
But here F= H & H ≤ V so indirectly F≤V so either F= V or F < V but not both at a time, but atleast one has to hold. So either I or II should be there and III is always right. So answer is either I or II  & III are correct.

4 -(A) Statements – W ©  T ; T ∂ N ; N % D
Means – W > T
N ≥ T
N ≥ D
Conclusions :-
I.     D X T  —–  [ D < T ] cannot be said. No idea of relation between them
II.   W © N — [ W > N ] cannot be said
III.  D @ T — [ D = T ]  cannot be said.
So here None is true.

A \$ B means A not a lessthan B Therefore, A = B
A # B means A not a greater than B Therefore, A = B
A @ B means A not a lessthan B and A ? B Therefore, A = B
A © B means A not a lessthan B and A !> B Therefore, A = B
A % B means A not a greater than B and A ? B Therefore, A < B

5.(B)  H % J  = H < J
J © N  = J = N
N @ R  = N > R
Therefore, H < J = N > R

Conclusions:
I. R % J  = R < J ( True )
II. H @ J  =H > J ( Not true)
III. N @ J   =N > H (True)

6.(E)
M % J  = M  > J
J \$ T  = J = T
T © N  =T = N
Therefore, M > J = T = N

Conclusions:
I. N # J  = N = J ( true )
II. T % M  = T < M ( true)
III. M @ N  =M > N ( true)

7.(C)
D © K -> D = K
K # F -> K = F
F @ P -> F > P
Therefore, D = K = F > P

Conclusions:
I. P @ D -> P > D ( Not true )
II. K # P -> K = P ( Not true )
III.F \$ D -> F = D ( True )

8. (D)
K # N -> K = N
N \$ T -> N = T
T % J -> T > J
Therefore, K = N = T > J
Conclusions:
I. J @ N -> J > N ( Not true )
II. K @ T -> K > T ( Not true )
III.T @ K -> T > K ( Not true )

9. (C)
Statements D * Q -> D = Q
D @ L -> Q > L
L \$ B -> L = B
B # G -> B < G
Therefore, D = Q > L = B < G
Conclusions:
I. D @ B -> D > B ( True )
II. B * D -> B = D ( Not true)
III.G @ L -> G < L (Not true)

10.(E)
Statements: Z @ Y -> Z > Y
Y # K -> Y < K
K % M -> K = M
M @ T -> M > T
Therefore, Z > Y < K = M > T
Conclusions:
I. Z @ Y -> Z > Y (Not true )
II. Y @ T -> Y > T ( Not true)
III.Z # K -> Z < K (Not true)

11.(A)
Statements: P # M -> p < M
M % R -> M = R
R * T -> R = T
T # L -> T < L
Therefore, P < M = R = T < L
Conclusions:
I. P # R -> P < R ( true )
II. P * R -> P = R ( Not true)
III.  M % L -> M = L (Not true)

12.(B)
Statements: F @ H -> F > H
M % H -> M = H
M \$ R -> M = R
G * M -> G = M
Therefore, G > H = M = G = R
Conclusions:
I. F \$ R -> F = R (Not true )
II. F @ R -> F > R ( true)
III.H \$ G -> H = G ( true)