KenToWin || Question Bank

Statements:

F # H, H % K, K $ R, R © M

Conclusions:

I. F % R
II. F # M

Statements:

L @ D, D © P, P # V, V % G

Conclusions:

I. P % L
II. G @ P

Statements:

E % W, W © Q, Q $ T T @ H

Conclusions:

I. H # W
II. H # E

Statements:

J © T, T @ H, H % I, I $ L

Conclusions:

I. L © H
II. J © I

Statements:

R @ Q, Q % P, P © V, V # M

Conclusions:

I. R @ P
II. R # P

Statements: M%N, N$O, O*P, K$P

Conclusion: I. M%O

II. O#M

Statements: C%D, E*F, A#C, D@E

Conclusion: I. A # E

II. D @ A

Statements: D@E, B#C, C%D, A#B

Conclusion: I. C # E

II. C % E

Statements: X@Y, V$W, U*V, W*X

Conclusion: I. U $ X

II. X % V

Statements: M%N, N$O, O@P, L*M

Conclusion: I. M @ P

II. O # L

Statements: P<Q<R=U, U≥T<S, T≥W

Conclusions: I. U>W , II. U=W

Statement : A = D<G<J>K>F; B<A; K=H

Conclusions:

I. H>F

II. A > J

Statements: C = K < X < L > P ≤ R; Q ≥ C; P = M

Conclusions:

I. Q ≤ L

II. L > R

Statement : T< U = W < E ; W < N

Conclusions:

I. Y<E

II. U < N

Statements: P < S < Q < K = O < R ≥ Y; M = Q ≥ C

Conclusions: I. Y< M ; II. C < R

Statements: A>K>D>L, M≤C≤D, L>Q

Conclusions:

I. C < K

II. A > M

Statements: T ≥ M ≥ E, E<O, A>E>S

Conclusions:

I. T > O

II. S < O

Statements: G≥C>U, P=W≥U, W<N<T

Conclusions:

I. G > T

II. U < N

Statements: R>Q>J>D, M≤C≤J

Conclusions:

I. D > M

II. M ≥ D

Statements: Z≥V>U, R=E<U, E>M<O

Conclusions:

I. Z > E

II. U < O

Statements : A ≥ B = C; B < D ≤ E

Conclusions: I. D > A

II. E > C

Statements: L > U ≥ K; Z < U < R

Conclusions: I. L > Z

II. K < R

Statements : Y < J = P ≥ R > I

Conclusions: I. J > I

II. Y < R

Statements : V ≥ K > M = N; M > S; T < K

Conclusions : I. T < N

II. V = S

Statements : F ≤ X < A; R < X ≤ E

Conclusions : I. F ≤ E

II. R < F

Statements: Q≤P=T,M≥P,D>M=K

Conclusions: I.D>P

II.T≤K

III.K>Q

Statements: E<X≥B>C, E≥N≥W

Conclusions: I.N>B II.X>W III.E≥C

Statements: E>R=T≥Q,P≤N>C=Q

Conclusions: I.N≥T II.R≥P III.E>C

Statements: K=L≤M>T,W>H>Y=T

Conclusions: I.K>Y II.LM

Statements: S≤U<R=G,S≥P≥N=V

Conclusions: I.G>V II.N≤U III.R>P

Statements: Z = A > C < M, R > Z

Conclusions: I. R > C

II. A < M

Statements: N > A < C, P = N, P < L

Conclusions: I. N > C

II. L > A

Statements: I. S < K < M > W > Z

Conclusions: I. W < K

II. Z = S

Statements: S < L < R, S > N, P = N

Conclusions: I. P = S

II. R < N

Statements: L > M < P < S, Q < P, M < K

Conclusions: I. K = L

II. M > Q

Statement : H % J, J © N, N @ R

Conclusions : I. R % J

II. H @ J

III. N @ H

Statement M : @ J, J $ T, T © N

Conclusions : I. N # J

II. T % M

III. M @ N

Statement : D © K, K # F, F @ P

Conclusions : I. P @ D

II. K # P

III. F $ D

Statement : R # D, D $ M, M © N

Conclusions I. R # M

II. N # D

III. N $ R

Statement : K © P, P @ Q, Q $ R

Conclusions: I. K @ R

II. R % P

III. Q % K

Statements : C ≥ O = M < U ≤ N <D

Conclusion I: O < D II: C > N

Statements : P > L = A ≥ C = E

Conclusion I: E ≤ L II : P > C

Statements : S > T ≤ A = I; L ≥ A

Conclusion I: S > L II : I > L

Statements : S > T ≤ A = I; L ≥ A

Conclusion I: L ≥ T II : A > S

Statements : N ≤ U < M = B ≥ E > R

Conclusion I: N ≤ R II : E ≤ U

Statement : P<Q<R=U, U≥T<S, T≥W

Conclusion I: U>W II : U=W

Statement : A = D < G < J > K > F; B < A; K =H

Conclusion I: H>F II : A > J

Statement : C = K < X < L > P ≤ R; Q ≥ C; P = M

Conclusion I: Q ≤ L II : L > R

Statement : Y ≤ U = W < E; W ≤ N

Conclusion I: Y < E II : Y ≤ N

Statement : P < S ≤ Q< K =O<R ≥ Y; M=Q ≥ C

Conclusion I: Y< M II : C < R

Statements:

W $ F, F δ R, R * M

Conclusions:

I. R * W

II. R $ W

Statements:

V δ T, T @ N, N $ J

Conclusions:

I. J * T

II. N * V

Statements:

K © R, R δ M, M * F

Conclusions:

I. F @ J

II. K * M

Statements:

B @ J, J * H, H © N

Conclusions:

I. N @ J

II. N @ B

Statements:

T * K, K © M, M δ D

Conclusions:

I. D * K

II. M @ T

Statements: L = P < W < V < K > Q;

B < L;

K = M

Conclusions: I. B < V

II. M > P

Statements: L = P < W < V < K > Q;

B < L;

K = M

Conclusion: I. L > Q

II. W = M

Statements: R < U = B < S;

B < X

Conclusions: I. X > R

II. X = R

Statements: C > U < S < T = O > D > Y;

Z = O < P

Conclusion: I. U > D

II. S < P

Statements: C > U < S < T = O > D > Y;

Z = O < P

Conclusion: I. Z > Y

II. C < O

Statements: D > E > P > L < H; R < N < L
Conclusions: I. N > D

II. H > R

Statements: S = H < J < K = L; H > N < B; D > L
Conclusions: I. N < L

II. K = B

Statements: S = H < J < K = L; H > N < B; D > L
Conclusions: I. S = D

II. D > S

Statements: B > Z < X < Q; B > Y = L
Conclusions: I. L = Q

II. L > Q

Statements: C > D > F; R < M < F
Conclusions: I. C > M

II. R < D

Statement : X × W, W @ Z , Z % Y

Conclusion: I.Y $ W

II.Z $ W

III.X © Y

Conclusion :I. C × D

II. A $ E

III. A $ D

II. N @ O

III. N % O

Conclusion :

I. E @ C

II. B @ A

III. A © E

Conclusion :

I. Q $ S

II. R @ P

III. R % P

Statements: M > N = O ≥ P, Q ≥ R ≤ S = P

Conclusion: I. O ≥ R

II. M > S

Statements: A ≤ B < C ≥ D, E > F ≥ D
Conclusion: I. E ≥ C
II. F ≤ B

Statements: Q > R = S ≥ T, U < V ≤ W = Q
Conclusion: I. W > S
II. V ≥ R

Statements: A ≥ B = C < D, E ≥ A, E = F > G
Conclusion: I. G < A
II. E ≥ C

Statements: B = A ≥ S = R, K >T ≥ P = R
Conclusion: I. T ≥ B
II. B ≥ P

Statements: N ! B, B $ W, W # H, H * M

Conclusions: I. M @ W

II. H @ N

III. W ! N

IV. W # N

Statements: R * D, D $ J, J # M, M @ K

Conclusions: I. K # J

II. D @ M

III. R # M

IV. D @ K

Statements: H @ T, T # F, F ! E, E * V

conclusions: I. V $ F

II. E @ T

III. H @ V

IV. T # V

Statements: D # R, R * K, K @ F, F $ J

Conclusions: I. J # R

II. J # K

III. R # F

IV. K @ D

Statements: M $ K, K @ N, N * R, R # W

Conclusions: I. W @ K

II. M $ R

III. K @ W

IV. M @ N

Conclusions : I. R % J

II. H @ J

III. N @ H

Conclusions : I. N # J

II. T % M

III. M @ N

Conclusions : I. P @ D

II. K # P

III. F $ D

Conclusions I. R # M

II. N # D

III. N $ R

Conclusions : I. K @ R

II. R % P

III. Q % K

Which of the given symbols can be placed in blank spaces respectively (in the same order from left to right) such that all the three expressions V$F, T#V and E@T definitely holds true? H_T_F_E_V

Which of given symbols can be placed in blank spaces respectively (in the same order from left to right) such that all the expression M@W is definitely true and Either W&N or W#N is true? N_B_W_H_M

What symbol will come in between K and N such that all the given expressions R@K, K$N, K*R, M$N are definitely false? M$K_N*R

Statements: D$E; F@M; D$O; E$F; N&E
Conclusions:
I. F@O
II. O@E
III. E@M
IV. N@D

Which of the given symbol must be placed in blank which is between T and F such that all the three expressions V$F, T#V and E@T definitely holds true? H_T_F_E_V

In which of the following expressions will the expression ‘H < J’ be definitely true?

Which of the following symbols should replace the sign ($) and (#) in the given expression in order to make the expression S > J and M ≥ J is definitely true?
S ≥ T $ P > K ≤ N, O < M = K # J > L

Which of the following symbols should replace the $ and # in the given expression in order to make the expression L ≥ S and N > T is definitely true?
N > O ≤ L = P $ T, H > M ≤ T # S < N

In which of the following expressions ‘A>R’ doesn’t hold true?

In which of the following expressions does the expression ‘O≤Z’ is definitely true?

Statements: M≥N≥O>P≤Q≤R

Conclusions: i. M>Q, ii. N≤R

Which of the following expression is definitely true based on A<R≤N=Y≥F, Q≥Y<P; R>L<K

Statements: A≤R<T=S; T<Y<O; G≥T<Q
Conclusions:
I. G>Y
II. A<Q
III. S=R
IV. A<Q