Question
In a row of twelve person facing north how many person
sits between Z and O? I. Only two person sits between Z and R. Only one person sits between W and R, who doesn’t sit with Z. D sits third to right of M, neither of them sits adjacent to R or W. At least two person sits between W and O, who neither sits adjacent to D nor Z, who sits at left end of the row. Only three person sits between D and H, who doesn’t sit adjacent to W. II. R sits fourth from left end. Only two person sits between O and D. Only one person sits between Z and R. Only two person sits between H and O, who sits immediate left of M. D sits at end of the row. Each of the questions below consists of a question and two statements numbered I and II given below it. You have to decide whether the data provided in the statements are sufficient to answer the question:Solution
From I: We have: Only two person sits between Z and R. Z sits at left end. Only one person sits between W and R, who doesn’t sit with Z, that means W sits second to right of R. D sits third to right of M, neither of them sits adjacent to R or W. Only three person sits between D and H, who doesn’t sit adjacent to W, that means D sits at extreme right end. At least two person sits between W and O, who neither sits adjacent to D nor Z, that means we have two different case, in case (1) O sits left of W, in case (2) O sits right of W. Based on above given information we have: case-1 Hence, statement I is not sufficient. From II: We have: R sits fourth from left end. Only one person sits between Z and R, that means we have two possible place for Z, in case (1) Z sits second to left of R, in case (2) Z sits second to right of R. Only two person sits between O and D. D sits at end of the row. Only two person sits between H and O, who sits immediate left of M, that means D sits at extreme right end and case (2) is not valid. Based on above given information we have:
Clearly, only six person sits between Z and O. Hence, statement II alone sufficient
Statements: B ≤ C < E; B ≥ G < H; G > I ≥ L
Conclusions:
I. G ≤ C
II. H ≥ L
III. G > E
Statement: E < F ≤ G = H, I ≥ G ≤ J ≤ K
Conclusion: I. K > E II. H > K
Statement: C < P > T = E < R; G > R > A < D
Conclusions:
I. T < G
II. G ≥ P
III. T > A
Statements: D = E ≥ F; G > H > D; D > J = I = K
Conclusions:
I. K > D
II. F < G
III. K < H
Statements: P % Q, P $ R, Q # S, R @ T
Conclusions:
I. R $ Q
II. S & T �...
Which of the following expressions will be true if the given expression ′S > T ≥ U < V < W′ is definitely true?
Statements: O @ G % N & A @ I % P; V $ U & Q # A
Conclusions:
I. N @ U
II. G % V
III. V # I
Statement: J > K ≥ C = D ≤ Y < Z
Conclusions:
I. Z > C
II. J ≥ Y
III. J > D
IV. C > Z
...In the question, assuming the given statements to be true, Find which of the conclusion (s) among given three conclusions is /are definitely true and t...
Which one the following symbols should replace the question mark in the given expression, in order to make the expressions L ≤ I as well as N > K ...