Coded Inequalities MCQ - 3
25 Questions MCQ Test Reasoning Aptitude for Competitive Examinations | Coded Inequalities MCQ - 3
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In which of these expressions „B > E‟ be definitely false?
P<A≤B≤T;E≥O>T
In Which of the following expressions does the expression „Z≥D‟ to definitely hold true?
Z ≥ C > Q ≥ B = N ≥ D
Which of the following expressions is true if the expression P<T≤B>S>M≥A is definitely true?
A < B
Statements:
Y ≤ K < D = S; D < B < O; A ≥ D < Z
Conclusions:
i. A > B,
ii. Y < Z
Only II is true
Statements:
G<L≤F=E; L = A
Conclusions:
i. E>G,
ii. A≤F
Both I and II are true
Statements:
B>Z=R≥M<J≤Y; J>Q; K<Z
Conclusions:
i. Y>Q,
ii. B<M
Only I is true
Neither I nor II is true
Statements:
C<L≤A = N≥E; Q≥N<O; D≥L
Conclusions:
L≤E, C<Q
Only II is true
Statements:
C<L≤A = N≥E; Q≥N<O; D≥L
Conclusions:
Q≥D, E<O
Only II is true
Statements:
D ≥ E; F > A; D ≥ C; E ≥ F; B = E
Conclusions:
I. F > C
II. C > E
III. E > A
IV. B > D
Only III is true
Statements:
A ≥ B; C = B; E > F; A ≤ D; B ≥ F
Conclusions:
I. C < E
II. D ≥ B
III. A ≥ F
IV. E > D
II and III are true
Statements:
A > E; K ≥ M; E ≤ L; L = K; G < L
Conclusions:
I. A ≥ M
II. M ≤ L
III. K ≤ A
IV. A < L
Only II is true
Statements:
I=K; M≤O; Q>M; K<O
Conclusions:
I. O < K
II. O > Q
III. I > Q
IV. I > M
None is true
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
Only IV is true
Statements:
S = T; U < O; S ≤ U ; P ≥ Q; Q >T
Conclusions:
I. P > S
II. Q > S
III. O > T
IV. T ≤ U
All are true
Statements:
A>C; G>E; G≤C; R≤I; K≤I
Conclusions:
I. A>G
II. C>E
III. I≥K
IV. C≤K
Only I, II and III are true
Statements:
M≤Q, O≥Q; O>R; P≤R
Conclusions:
I. O≥M
II. O≥P
III. Q>R
IV. M≥O
Only I is true
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
Only II and IV are true
Statements:
A≤C; F>H; H=A; J>L; L≥F
Conclusions:
I. J>A
II. C=H
III. H<C
IV. L<H
Either II or III and I are true
Statements:
Q ≥ R, P >R, P = O ≥ T, S ≥ U>Q
Conclusions:
I.S≥R
II.P<T
III.Q<T
IV.U>R
S≥U>Q≥R<P=O≥T
Statements:
E<D, F>C, D<F, C≥A=B
Conclusions:
I.A<E
II.F>B
III.E>C
IV.B>C
E<D<F>C≥A=B
Statements:
O=R, P=N>I, M≥R, N >M
Conclusions:
I.O<I
II.R<N
III.N<I
IV.O=I
O=R≤M<N=P>I
Statements:
P<A>S, B=Q>T, S≤M<T
Conclusions:
I.P<T
II.S≤T
III.M<Q
IV.B=M
P<A>S≤M<T<Q=B
Statements:
G ≤ J < I, N ≥ K = H, N = F > G
Conclusions:
I.H<G
II.G<I
III.K=G
IV.K<G
H=K≤N=F>G≤J< I
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
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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