Coded Inequalities MCQ - 2


25 Questions MCQ Test General Intelligence and Reasoning for SSC CHSL | Coded Inequalities MCQ - 2


Description
This mock test of Coded Inequalities MCQ - 2 for LR helps you for every LR entrance exam. This contains 25 Multiple Choice Questions for LR Coded Inequalities MCQ - 2 (mcq) to study with solutions a complete question bank. The solved questions answers in this Coded Inequalities MCQ - 2 quiz give you a good mix of easy questions and tough questions. LR students definitely take this Coded Inequalities MCQ - 2 exercise for a better result in the exam. You can find other Coded Inequalities MCQ - 2 extra questions, long questions & short questions for LR on EduRev as well by searching above.
QUESTION: 1

Which of the following symbols should be placed in the blank spaces respectively(in the same order from left to right) in order to complete the given expression in such a manner that both „B>S‟ as well as „E≤F‟ definitely holds true? B _ A _ S _ E _ D _ F _ G

Solution:

>, =, ≥, =, ≤, =

QUESTION: 2

In Which of the following expressions does the expression „L=T‟ and “E≥W” to definitely hold true?

Solution:

T ≥ E = G ≥ W = Y ≥ 

QUESTION: 3

Which of the following expressions is true if the expression P<T<=Q>= R ≥ S>M>=W>A = R is definitely true?

Solution:

M < R

QUESTION: 4

In which of these expressions „P > R‟ and „P = R‟ be definitely true?

Solution:

S>P≥Q=G≥R>V

QUESTION: 5

In which of these expressions „T > P‟ and „T = P‟ be definitely false?

Solution:

P<A≤S≤T;V≥O>T

QUESTION: 6

In which of these expressions „I > K‟ be definitely false?

Solution:

P<A≤I≤T;K≥O>T

QUESTION: 7

Which of the following symbols should be placed in the blank spaces respectively(in the same order from left to right) in order to complete the given expression in such a manner that both „F>N‟ as well as „N≤B‟ definitely holds true? B _ A _ N _ E _ F

Solution:

≥, =, ≤,<

QUESTION: 8

In Which of the following expressions does the expression „I≥D‟ to definitely hold true?

Solution:

I ≥ C ≥ Q ≥ B = N ≥ D

QUESTION: 9

Which of the following expressions is true if the expression P<T≤B>S>M≥E is definitely true?

Solution:

E < S

QUESTION: 10

Statements:

Y ≤ K < D = S; D < B < O; A ≥ D < Z

Conclusions:

i. A > B,

ii. Y < Z

Solution:

Only II is true

QUESTION: 11

Statements:

H<L≤I=K; L = B

Conclusions:

i. K>H,

ii. B≤I

Solution:

Both I and II are true

QUESTION: 12

Statements:

A>Z=R≥N<J≤E; J>F; K<Z

Conclusions:

i. E>F,

ii. A<N

Solution:

Only I is true

QUESTION: 13

Statements:

U≥J≥S>C≤B≤M

Conclusions:

i. U>B,

ii. J≤M

Solution:

Neither I nor II is true

QUESTION: 14

Statements:

G<S≤A = N≥B; F≥N<O; D≥S

Conclusions:

S≤B, G<F

Solution:

Only II is true

QUESTION: 15

Statements:

C<L≤A = N≥G; R≥N<S; F≥L

Conclusions:

R≥F, G<S

Solution:

Only II is true

QUESTION: 16

Statements:

D ≥ E; F > M; D ≥ O;

E ≥ F; N = E

Conclusions:

I. F > O

II. O > E

III. E > M

IV. N > D

Solution:

Only III is true

QUESTION: 17

Statements:

P=Q; R≤D; E>R; Q<D

Conclusions:

I. D < Q
II. D > E
III. P > E
IV. P > R

Solution:

None is true

QUESTION: 18

Statements:

B≤P, E≥P; E>Q; L≤Q

Conclusions:

I. E≥B

II. E≥L

III. P>Q

IV. B≤E

Solution:

Only I and IV are true

QUESTION: 19

Statement :

A ≥ N > M < B ≤ L

Conclusion:

I. L > M

II. L > N

III. M < A

IV. B > A

Solution:

Only I and III are 
true

QUESTION: 20

Statement :

B < A ≥ W > V ≤ X

Conclusion:

I. X ≥ W

II. B < W

III. A > V

IV. V < B

Solution:

Only III is true

QUESTION: 21

Statement:

P≥M>F<A=B>Q

Conclusions:

I. P>B

II. F>Q

Solution:

If neither Conclusion I nor II follows

QUESTION: 22

Statement:

B≥D<M<P<A=E

Conclusions:

I. E>D

II.P<B

Solution:

If only Conclusion I follows

QUESTION: 23

Statement:

A>T>Q>R=E

Conclusions:

I. Q≥E

II. T>E

Solution:

If only Conclusion II follows

QUESTION: 24

Statement:

S=R≥A, P<A

Conclusions:

I. S≥P

II. R>P

Solution:

If only Conclusion II follows

QUESTION: 25

Statement:

A≥M<Y=Z>F>B

Conclusions:

I. A>F

II. Y>B

Solution:

If only Conclusion II follows