Statements : All one are two.
All three are two.
All two are four.
Conclusions:
I. All one are four.
II. At least some three are four.
All one are two (A) + All two are four (A) ⇒ All one are four. Hence, conclusion I follows. All three are two (A) + All two are four (A) ⇒ All three are four (A) ⇒ conversion ⇒ Some three are four (I). Hence, conclusion II follows.
Statements: J > K ≥ L = M; N ≥ K > P
Conclusions:
I. J > P
II . L ≥ N
III. P =M
...Statements: T > S > R, L ≥ D < R, L ≤ O ≤ Z
Conclusions:
I. T > L
II. S > D
III. Z ≥ R
...Statements:
C © S * R, U % R $ Z
Conclusions:
I. Z $ C
II. U % S
III. U © C
Statements: M @ N % Z # C & B $ A # E; W $ Z @ C
Conclusions : I. E @ Z II. A # W ...
Statements: J > K = L ≥ M; O ≥ R ≥ P ≥ S ≤ M
Conclusions:
I. O > K
II. M < O
III. S ≤ J
If we arrange all the letters of the word ‘SUPPLIERS’ in alphabetical order from the left end, then, which letter will remain at its initial positi...
Statements: B ≤ C < E; D ≤ F ≤ G; E = D; A > B
Conclusions:
(i) E ≥ G
(ii) A < E
(iii) B ≤ G
(iv) C < F
Which among the following signs correctly fit in the blank in the same order B _ C _ D _ E _ F _ G _ H, in order to make the expressions D ≤ F and H ...
Statements: X ≥ W > O = F ≥ B ≥ J; M < A ≤ J
Conclusions:
I. M < B
II. O ≥ A
III. O < A
...Statements: Y < X ≥ B < V; A < L ≤ K; R ≤ F ≤ O < X; V ≤ K
Conclusions:
I. R < K
II. A < B
III. Y < F
