CAT Exam Papers With Solution

Hello sir here I came for to get some previous year questions papers for CAT exam for preparation with solution?

[sumit]

For cat exam one of the best preparation tactics is to practice previous year’s question papers and sample papers.

Common Admission Test (CAT) is conducted by IIMs every year and holds a very reputed position when aspirants talk about MBA Entrance Examinations in India


Questions papers for CAT exam for preparation with solution







Her I’m attaching PDF of questions papers for CAT exam for preparation with solution:

Quantitative Ability

DIRECTIONS for questions 1 to 7: Answer the questions independently of each other.


1. The total cost of 2 pencils, 5 erasers and 7 sharpeners is Rs.30, while 3 pencils and 5 sharpeners cost Rs.15 more than 6 erasers. By what amount (in Rs.) does the cost of 39 erasers and 1 sharpener exceed the cost of 6 pencils?
(1) 20
(2) 30
(3) It does not exceed
(4) Cannot be determined

2. If the roots of the equation (x + 1) (x + 9) + 8 = 0 are a and b, then the roots of the equation (x + a) (x + b) - 8 = 0 are
(1) 1 and 9
(2) -4 and -6
(3) 4 and 6
(4) Cannot be determined

3. What is the remainder when 7700 is divided by 100?
(1) 1
(2) 61
(3) 41
(4) 21

4. Balram, the local shoe shop owner, sells four types of footwear -
Slippers (S), Canvas Shoes (C), Leather Shoes (L) and Joggers (J).

The following information is known regarding the cost prices and selling prices of these four types of footwear:
(i) L sells for Rs.500 less than J, which costs Rs.300 more than S, which, in turn, sells for Rs.200 more than L.
(ii) L costs Rs.300 less than C, which sells for Rs.100 more than S, which, in turn, costs Rs.100 less than C. If it is known that Balram never sells any item at a loss, then which of the following is true regarding the profit percentages earned by Balram on the items L, S, C and J represented by l, s, c and j respectively?
(1) l ≥ c ≥ s ≥ j
(2) c ≥ s ≥ l ≥ j
(3) l ≥ s ≥ c ≥ j
(4) s ≥ l ≥ j ≥ c

5. In the figure below, P, Q and R are points on a circle with centre O. The tangent to the circle at R intersects secant PQ at T. If QRT = 55° and QTR = 25°, find POQ.
(1) 110°
(2) 100°
(3) 90°
(4) 50°

6. A sequence of 4 digits, when considered as a number in base 10 is four times the number it represents in base 6. What is the sum of the digits of the sequence?
(1) 7
(2) 6
(3) 9
(4) 8

7. Some friends planned to contribute equally to jointly buy a CD player. However, two of them decided to withdraw at the last minute. As a result, each of the others had to shell out one rupee more than what they had planned for. If the price (in Rs.) of the CD player is an integer between 1000 and 1100, find the number of friends who actually contributed?

(1) 21
(2) 23
(3) 44
(4) 46

DIRECTIONS for questions 8 and 9: Answer the questions on the basis of the information given below.

A robot is designed to move in a peculiar way and it can be set in motion by a microprocessor program. The program can be initiated by assigning a positive rational value to its variable n. The program directs the robot to move in the following way. As soon as the program is started, the robot starts from the point O, moves 2n metres northward and changes its direction by n° to the right. It then moves 2n metres forward and again changes its direction by n° to the right and continues in this manner till it reaches the starting point O, or till it covers a total distance of 1000 m, whichever happens first, and then it stops.

8. I assigned a value for n and started the program. If the robot finally came back to O and stopped, what is the total distance that it has covered?
(1) 180 m
(2) 360 m
(3) 720 m
(4) Cannot be determined

9. For how many values of n in the intervals [1, 60] does the robot cover less than 1000 m, before it stops?
(1) 19
(2) 60
(3) 355
(4) Infinite

DIRECTIONS for questions 10 to 20: Answer the questions independently of each other.

10. If N = 888Dup to 100 digits, what is the remainder when N is divided by 625?
(1) 128
(2) 138
(3) 338
(4) 388

11. If [log101] + [log102] + [log103] + [log104] + ...... + [log10n] = n, where [x] denotes the greatest integer less than or equal to x, then
(1) 96 ≤ n < 104
(2) 104 ≤ n < 107
(3) 107 ≤ n < 111
(4) 111 ≤ n < 116