Puzzle Test Questions and Answers

Answer: B

If 2 is adjacent to 3, 5 and 6, its fourth neighbour is one of 1 and 4 and the other one is opposite to 2. The face opposite 2 touches all four faces around it, so it touches 3, 5, 6 and the remaining one of 1 and 4.

Therefore 1 and 4 are always adjacent, option B. 3 and 6 are adjacent in some arrangements but not necessarily, and 2 is adjacent to only one of 1 and 4, so the other options are not forced.

A die has three pairs of opposite faces, and each face is adjacent to the four faces other than itself and its opposite, which is the rule used above.

Answer: C

The face opposite 3 is 4. From the views, 3 touches 6 and 5 (view II). Face 4 appears together with 5, 6, 1 and 2 in the views (I, III and IV), so 4 is adjacent to 5, 6, 1 and 2.

A face is opposite to the only face it never shares a corner with. 3 never appears with 4 in any view, and 4 is adjacent to all four of 1, 2, 5 and 6, so 3 must be opposite 4, option C.

Adjacent pairs seen in the views are 5-4, 5-6, 4-6 (view I), 3-6, 3-5 (view II), 2-1, 2-4, 1-4 (view III) and 4-1, 4-5, 1-5 (view IV), so 3 never meets 4 and 4 touches 1, 2, 5 and 6.

Answer: D

With G at the bottom, P is at the top.

First, K is shown next to G and S (second view) and next to P and W (third view), so the only face it can be opposite is T.

Now hold the cube as in the first view: W on top, P in front, T on the right, and therefore K on the left. G and S must be the back and bottom faces. Suppose G is at the back and S at the bottom, and roll the cube to the right so that K comes to the top: W moves to the right side and S to the left. Turn the cube half round so that G comes to the front: S, which was on the left, is now on the right. That is exactly the second view (K top, G front, S right), so the supposition is correct.

G is therefore opposite P, and when G is at the bottom, P is at the top. T is opposite K, and W is opposite S, so neither can be on top with G below.

Answer: B

The shortest is Rita.

Put the statements in order of height:

• Lilly is taller than Polly.
• Polly is taller than Geeta.
• Arun is not as tall as Geeta, but taller than Rita.

That gives Lilly > Polly > Geeta > Arun > Rita, so Rita is at the bottom. Geeta and Arun are in the middle and Polly is second tallest, so none of them can be the shortest.

Answer: B

The youngest is M.

Take M's age as m. Then S is m + 2, V is a year older than S, m + 3, and R is a year older than M, m + 1. So the order from oldest is V, S, R, M.

Every other person is older than M, so R, V and S cannot be the youngest.

V is the oldest, at three years older than M.

Answer: D

We may prepare a table as under :

 F belongs to Gandhi House, is tall and is not wearing glasses.

Answer: B

Q is left to R and to the right of P i.e. P, Q, R. O is to the right of N and left of P i.e. N, O, P. S is to the right of R and left of T i.e. R, S, T. So the order is : N, O, P, Q, R, S, T. Clearly, Q is in the middle.

Answer: A

Correct answer: Indian and Australia

Chain the clues from the left. France is left of America, which is left of India, giving France, America, India. Australia is right of India and left of Japan, and Japan is left of China, giving India, Australia, Japan, China. Together the six run France, America, India, Australia, Japan, China, and the two in the centre are the third and fourth - India and Australia.

Answer: D

(I) Choice : Jayant likes Chocolates; Tanmay likes Bengali sweets. Namita does not like Dry fruits or Ice cream. So, Namita likes Pastrises. Asha does not like Ice cream. So, she is fond of Dry fruits. Finally, Kamal likes Ice cream.
(II) Date of Birth : The one who likes Pastrises i.e., Namita is born in the middle of months given i.e., in March. Tanmay is born in next month after Namita i.e., in April. Jayant's birthday is in February.

The choice of Asha is Dry fruits.

Answer: D

In terms of age, we have :
B < A,  E < C,  E < D,  B < C.
Since E lies between A and C, the sequence becomes :
B < A < E < C < D  or  B < A < E < D < C.
Clearly, whichever may be the case, E is elder to B.
 Hence, (d) is necessarily true.