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Start learning 50% faster. Sign in now(i) I lives North West of J’s flat. (ii) J does not live on second floor. (iii) L does not live in the same flat number in which J lives. L lives above J. From these statements, we will have six cases: I lives at flat 1 either on floor no. 4 or 3 or 2. J lives at flat 2 on floor no. 1. L lives at flat 1 on floor no. 4 or 3 or 2. (iv) F lives east of H who lives south of I. H lives at flat 1 of either floor no. 2 or 3. F lives at flat 2 of either floor no. 2 or 3. Case 4 , 5 and 6 will get discarded. (i) One floor is between H and K, who likes Toshiba H and K lives in same flat number. Case 1 and 3 will get discarded as there is no gap of one floor between H and
(vi) G lives one of the floors below I’s floor. So, G lives at flat 2 of floor no. 2. (vii) E likes Apple and lives in even number flat. So, E lives at flat 2 of floor no. 4. (viii) Only one floor gap between the one who likes Sony and the one who likes HP. The one who likes Dell does not live in even number flat. (ix) The one who likes Adidas lives west of the one who likes Lenovo. The one who likes HP lives above the floor of one who likes Adidas. The one who likes Samsung lives in even number flat. The one who likes HP lives at flat 1 on floor no. 4 and the one who likes Adidas lives at flat 1 on floor no. 3. The one who likes Dell lives at flat 1 on floor no. 2. The one who likes Sony lives at flat 2 on floor no. 2.
Statement:X=Y ≥ Z > Q; Y < V ; W < Q
Conclusions:
I. V > W
II. Q > V
Statements: B > C ≥ D ≥ E; G ≤ F = E; I < H ≤ G
Conclusions:
I. C > H
II. I < E
III. B ≥ F
Statements: W ≤ B = F; H > T; H < U < F; W ≤ X < S
Conclusions:
I. W < U
II. T < B
III. X > H
Which of the following expressions will be false, if the given expression C > D = E < F < G ?
Statements: J > M < C ≤ S < Q = K > N
Conclusion
I. J ≥ S
II. N > M
Statements: H @ B, B * E, V © E, W $ V
Conclusions: I.W $ E II.H @ E �...
Statements:
A ≤ Z < X < I; L > P > C > B = I;
Conclusions:
I) Z > L
II) B > A
Statements:
J © K * R, U % R $ Z
Conclusions:
I. Z $ J
II. U % K
III. U © J
Statements: P < L = O; N = M ≤ J ≤ K; M ≤ L
Conclusions:
I. K ≥ O
II. N ≤ L
III. O ≥ N
Statements: T @ V % Z # C & B $ S # E; W $ Z @ C
Conclusions : I. E @ Z II. S # W ...