Directions (Q. 1-4) : In the following questions, the symbols *, %, # and @ are used with the following meaning as illustrated below.
‘P % Q’ means ‘P is neither greater than nor equal to Q’.
‘P Q’ means ‘P is neither smaller than nor equal to Q’.
‘P @ Q’ means ‘P is not greater than Q’.
‘P * Q’ means ‘P is not smaller than Q’.
‘P # Q’ means ‘P is neither greater than nor smaller than Q’.
Now in each of the following questions assuming the given statements to be true, find which of the four conclusions given below them is/are definitely true and give your answers.
1. Statements R * T, T δ M, M % K, K @ V Conclusions(2)
I. V δ M
II. V δ T
III. M % R
IV. K δ R
(1) Only I is true
(2) I and III are true
(3) Only II and IV are true
(4) I, III and IV are true
(5) None of these
2. Statements H δ J, J # N, N @ R, R δ W Conclusions(5)
I. W % N
II. W % H
III. R # J
IV. R δ J
(1) Only I is true
(2) Only II is true
(3) Only III is true
(4) Only IV is true
(5) Either III or IV is true
3. Statements B @ D, D δ F, F % M, M * N Conclusions(1)
I. B % F
II. M δ D
III. N % F
IV. D δ N
(1) None is true
(2) Only I is true
(3) Only II is true
(4) Only III is true
(5) Only IV is true
4. Statements F # Z, Z @ H, H % N, N δ B Conclusions(3)
I. F @ H
II. N δ Z
III. B % H
IV. B % Z
(1) I and II are true
(2) II, III and IV are true
(3) I and II are true
(4) I, II and III are true
(5) None of these
Directions (Q. 5-9) : In these questions, relationships between different elements are shown in the statements. these statements are followed by two conclusions.
Give Answer
(1) If only Conclusion I follows
(2) If only Conclusion II follows
(3) If either Conclusion I or II follows
(4) If neither Conclusion I nor II follows
(5) If both Conclusion I and II follow
5. Statements : R ≥ S ≥ T > U > X, T < V < W(5)
Conclusions : I. R > X
II. X < W
6. Statements : E = F < G < H, G ≥ I(1)
Conclusions : I. H > I
II. E ≥ I
7. Statements : A> B > F > C, D > E > C(1)
Conclusions : I. C < A
II. B > D
8. Statements : K ≤ L ≤ M = N , P ≥ O ≥ N(3)
Conclusions : I. K < P
II. K = P
9. Statements : D < E < F < G, K > F(2)
Conclusions : I. K ≤ G
II. K > D
