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MCQ Practice Test & Solutions: Coded Inequalities MCQ - 3 (25 Questions)

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Test Highlights:

  • - Format: Multiple Choice Questions (MCQ)
  • - Duration: 15 minutes
  • - Number of Questions: 25

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Coded Inequalities MCQ - 3 - Question 1

In which of these expressions „B > E‟ be definitely false?

Detailed Solution: Question 1

P<A≤B≤T;E≥O>T

Coded Inequalities MCQ - 3 - Question 2

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

Detailed Solution: Question 2

Let's analyze each of the options one by one to find in which expression "Z ≥ D" definitely holds true.

1. K≥Z≤R=P<S≤D

  • Here, Z≤R, meaning Z is less than or equal to R, but there is no direct relation between Z and D. Therefore, we cannot conclude that Z≥D.

2. U≥D≥M=F≤A≥Z

  • In this case, U≥D, and A≥Z, but there is no direct relation between Z and D. Therefore, we cannot conclude that Z≥D.

3. Z≥C>Q≥B=N≥D

  • Here, Z≥C and C>Q≥B=N≥D, meaning Z is greater than or equal to C, and C is greater than Q, which is greater than or equal to D. Hence, we can conclude that Z≥D.

4. G≥Z=A<B≤S≤D

  • In this expression, Z=A, but there is no direct relation between Z and D. Therefore, we cannot conclude that Z≥D.

5. D≥E=G≥W=Y≥Z

  • Here, D≥E, and Y≥Z, but there is no direct relation between Z and D. Therefore, we cannot conclude that Z≥D.

Coded Inequalities MCQ - 3 - Question 3

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

Detailed Solution: Question 3

Let's analyze the given expression P<T≤B>S>M≥A

  • P < T means P is less than T.
  • T ≤ B means T is less than or equal to B.
  • B>S means B is greater than S.
  • S>M means S is greater than M.
  • M≥A means M is greater than or equal to A.

Now let's analyze the options:

   

Answer: 4
Solution: The correct and true expression based on the given relationship is A<B

4o

Coded Inequalities MCQ - 3 - Question 4

Statements:

Y ≤ K < D = S; D < B < O; A ≥ D < Z

Conclusions:

i. A > B,

ii. Y < Z

Detailed Solution: Question 4

Only II is true

Coded Inequalities MCQ - 3 - Question 5

Statements:

G<L≤F=E; L = A

Conclusions:

i. E>G,

ii. A≤F

Detailed Solution: Question 5

Both I and II are true

Coded Inequalities MCQ - 3 - Question 6

Statements:

B>Z=R≥M<J≤Y; J>Q; K<Z

Conclusions:

i. Y>Q,

ii. B<M

Detailed Solution: Question 6

Only I is true

Coded Inequalities MCQ - 3 - Question 7

Statements:

V≥I≥S>C≤A≤L

Conclusions:

i. V>A,

ii. I≤L

Detailed Solution: Question 7

Neither I nor II is true

Coded Inequalities MCQ - 3 - Question 8

Statements:

C<L≤A = N≥E; Q≥N<O; D≥L

Conclusions:

L≤E, C<Q

Detailed Solution: Question 8

Only II is true

Coded Inequalities MCQ - 3 - Question 9

Statements:

C<L≤A = N≥E; Q≥N<O; D≥L

Conclusions:

Q≥D, E<O

Detailed Solution: Question 9

Only II is true

Coded Inequalities MCQ - 3 - Question 10

Statements:

D ≥ E; F > A; D ≥ C; E ≥ F; B = E

Conclusions:

I. F > C

II. C > E

III. E > A

IV. B > D

Detailed Solution: Question 10

Only III is true

Coded Inequalities MCQ - 3 - Question 11

Statements:

A ≥ B; C = B; E > F; A ≤ D; B ≥ F

Conclusions:

I. C < E

II. D ≥ B

III. A ≥ F

IV. E > D

Detailed Solution: Question 11

II and III are true

Coded Inequalities MCQ - 3 - Question 12

Statements:

A > E; K ≥ M; E ≤ L; L = K; G < L

Conclusions:

I. A ≥ M

II. M ≤ L

III. K ≤ A

IV. A < L

Detailed Solution: Question 12

Only II is true

Coded Inequalities MCQ - 3 - Question 13

Statements:

I=K; M≤O; Q>M; K<O

Conclusions:

I. O < K

II. O > Q

III. I > Q

IV. I > M

Detailed Solution: Question 13

None is true

Coded Inequalities MCQ - 3 - Question 14

Statements:

C ≥ A; E = G; K < I; C< E; C< M; G ≥ I

Conclusions:

I. G < K

II. A ≥ E

III. I < M

IV. A < E

Detailed Solution: Question 14

Only IV is true

Coded Inequalities MCQ - 3 - Question 15

Statements:

S = T; U < O; S ≤ U ; P ≥ Q; Q >T

Conclusions:

I. P > S

II. Q > S

III. O > T

IV. T ≤ U

Detailed Solution: Question 15

All are true

Coded Inequalities MCQ - 3 - Question 16

Statements:

A>C; G>E; G≤C; R≤I; K≤I

Conclusions:

I. A>G

II. C>E

III. I≥K

IV. C≤K

Detailed Solution: Question 16

Only I, II and III are true

Coded Inequalities MCQ - 3 - Question 17

Statements:

M≤Q, O≥Q; O>R; P≤R

Conclusions:

I. O≥M

II. O≥P

III. Q>R

IV. M≥O

Detailed Solution: Question 17

Only I is true

Coded Inequalities MCQ - 3 - Question 18

Statements:

B<D; D≤E; E=S; S≥T; U≥S; S<V

Conclusions:

i. B≤T

ii. B<U

iii. U≤S

iv. T<V

Detailed Solution: Question 18

Only II and IV are true

Coded Inequalities MCQ - 3 - Question 19

Statements:

A≤C; F>H; H=A; J>L; L≥F

Conclusions:

I. J>A

II. C=H

III. H<C

IV. L<H

Detailed Solution: Question 19

Either II or III and I are true

Coded Inequalities MCQ - 3 - Question 20

Statements:

Q ≥ R, P >R, P = O ≥ T, S ≥ U>Q

Conclusions:

I.S≥R

II.P<T

III.Q<T

IV.U>R

Detailed Solution: Question 20

S≥U>Q≥R<P=O≥T

Coded Inequalities MCQ - 3 - Question 21

Statements:

E<D, F>C, D<F, C≥A=B

Conclusions:

I.A<E

II.F>B

III.E>C

IV.B>C

Detailed Solution: Question 21

E<D<F>C≥A=B

Coded Inequalities MCQ - 3 - Question 22

Statements:

O=R, P=N>I, M≥R, N >M

Conclusions:

I.O<I

II.R<N

III.N<I

IV.O=I

Detailed Solution: Question 22

  • O=R≤M<N=P>I
  • Hence we can easily eliminate and confirm that Option D works.

Coded Inequalities MCQ - 3 - Question 23

Statements:

P<A>S, B=Q>T, S≤M<T

Conclusions:

I.P<T

II.S≤T

III.M<Q

IV.B=M

Detailed Solution: Question 23

P<A>S≤M<T<Q=B

Coded Inequalities MCQ - 3 - Question 24

Statements:

G ≤ J < I, N ≥ K = H, N = F > G

Conclusions:

I.H<G

II.G<I

III.K=G

IV.K<G

Detailed Solution: Question 24

H=K≤N=F>G≤J< I

Coded Inequalities MCQ - 3 - Question 25

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 makes the expression ‘K > N’ and ‘M > O’ definitely false?

K__L__M__N__O

Detailed Solution: Question 25

1) <, <, >, =

⇒ K < L < M > N = O

K > N ⇒ it is possible true as we can’t determine relationship between them.

M > O ⇒ True

2) <, =, =, >

⇒ K < L = M = N > O

K > N ⇒ False

M > O ⇒ True

3) <, =, =, <

⇒ K < L = M = N < O

K > N ⇒ False

M > O ⇒ False (as O > M)

4) ≥, =, =, ≤

⇒ K ≥ L = M = N ≤ O

K ≥ N ⇒ Possible true

M > O ⇒ False

5) >, >, =, <

⇒ K > L > M = N < O

K > N ⇒ True

M > O ⇒ False

Hence, “<, =, =, <” are set of symbols which will make ‘K > N’ and ‘M > O’ is false in equation K__L__M__N__O

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