In each question below is given a number/symbol followed by five combinations of letter codes numbered (l), (2). (3), (4) and (5). You have to find out which of the combinations correctly represents the number/symbol based on the following coding system and the conditions and mark the number of that combination as your answer.

Number/cells

β

5

4

#

3

8

@

7

2

1

$

6

π

9

Ω

Letter Code

P

V

R

T

S

C

K

M

B

G

E

N

X

D

A

Conditions :

(i) If the first element is an even digit and the last a smbol, the even digit is to be coded as the c.ode for the last symbol.
(ii) If the group of elements contains only one symbol that symbol is to be coded as the code for the element following it.
(iii) If both the seeond and the fifth elements are numbers the fifth number is to be coded as the code for the second number.

#95n2@

The question is based on the five three digit numbers given below:
356 497 8 12 739 264

If the positions of the first and the second digits of each of the numbers are interchanged, in how many numbers thus formed ill the first digit be a perfect square? (' 1' is also a perfect square)

The question is based on the five three digit numbers given below:
356 497 8 12 739 264

If all the digits in each of the numbers are arranged in descending order within the number, which of the following will form the second highest number in the new arrangement of numbers?

The question is based on the five three digit numbers given below:
356 497 8 12 739 264

If '2' is subtracted from the last digit of every odd number and '1' is added to the last digit of every even number, what will be the difference between the highest and the lowest numbers thus formed?

The question is based on the five three digit numbers given below:
356 497 8 12 739 264

What will be the resultant if the third digit of the second lowest number is divided by the third digit of the highest number?

The question is based on the five three digit numbers given below:
356 497 8 12 739 264

If all the numbers are arranged in ascending order from left to right. which of the following will be the sum of all the three digits of the number which is second from the left of the new arrangement thus formed?