Question Papers for MBA Entrance Exams

Will you please provide me the MBA Entrance Exams question paper?

[Saksham]

You are looking for the MBA Entrance Exams question paper, here is the list of the MBA entrance exams:

CAT ( Common Admission Test )

XAT (Xavier's Aptitude Test)
IIFT (Indian Institute of Foreign Trade)
NMAT (Naresee Monjee Management Aptitude Test)
SNAP (Symbiosis National Aptitude Test
MICA (Mudra Institute of Communications)
MMS (Maharastra CET)
FMS (Faculty of Management Studies Entrance Test)

Here I am uploading a file, from where you can download the MBA entrance exam CAT exam question paper, some of the questions are as follows:

Consider four digit numbers for which the first two digits are equal and the last two digits are also equal. How many such
numbers are perfect squares?
(1) 2 (2) 4 (3) 0 (4) 1 (5) 3

What is the time difference between A and B?
(1) 2 hours (2) 2 hours and 30 minutes (3) 1 hour
(4) 1 hour and 30 minutes (5) Cannot be determined

What is the plane’s cruising speed in km per hour?
(1) 550 (2) 600 (3) 500 (4) 700 (5) Cannot be determined.

A function f (x) satisfies f (1) = 3600, and f (1) + f (2) + ... + f (n) = n2 f (n), for all positive integers n > 1. What is the value
of f (9)?
(1) 240 (2) 200 (3) 100 (4) 120 (5) 80

Consider integers x, y and z. What is the minimum possible value of x2 + y2 + z2 ?
A: x + y + z = 89
B: Among x, y, z two are equal.

Rahim plans to draw a square JKLM with a point O on the side JK but is not successful. Why is Rahim unable to draw
the square?
A : The length of OM is twice that of OL.
B : The length of OM is 4 cm.

Two circles with centres P and Q cut each other at two distinct point A and B. The circles have the same radii and neither
P nor Q falls within the intersection of the circles. What is the smallest range that includes all possible values of the angle
AQP in degrees?
(1) Between 0 and 30 (2) Between 0 and 60 (3) Between 0 and 75
(4) Between 0 and 45 (5) Between 0 and 90

A quadratic function f(x) attains a maximum of 3 at x = 1. The value of the function at x = 0 is
1. What is the value of f(x) at x = 10?
(1) – 159 (2) – 110 (3) – 180 (4) – 105 (5) – 119

The maximum guaranteed return to Shabnam is
(1) 0.10% (2) 0.20% (3) 0.15% (4) 0.30% (5) 0.25%

How many units should Mr. David produce daily?
(1) 100 (2) 70 (3) 150 (4) 130 (5) Cannot be determined

What is the maximum daily profit, in rupees, that Mr. David can realize from his business?
(1) 920 (2) 840 (3) 760 (4) 620 (5) Cannot be determined

Suppose you have a currency, named Miso, in three denominaitons: 1 Miso, 10 Misos and 50 Misos. In how many ways
can you pay a bill of 107 Misos?
(1) 16 (2) 18 (3) 15 (4) 19 (5) 17

A confused bank teller transposed the rupees and paise when he cashed a cheque for Shailaja, giving her rupees instead
of paise and paise instead of rupees. After buying a toffee for 50 paise, Shailaja noticed that she was left with exactly
three times as much as the amount on the cheque. Which of the following is a valid statement about the cheque amount?
(1) Over Rupees 7 but less than Rupees 8
(2) Over Rupees 22 but less than Rupees 23
(3) Over Rupees 18 but less than Rupees 19
(4) Over Rupees 4 but less than Rupees 5
(5) Over Rupees 13 but less than Rupees 14

What is the approximate cost per unit in rupees, if the company produces and sells 1400 units in the year 2007?
(1) 104 (2) 107 (3) 110 (4) 115 (5) 116

What is the minimum number of units that the company needs to produce and sell to avoid any loss?
(1) 313 (2) 350 (3) 384 (4) 747 (5) 928

Given that the company cannot sell more that 1700 units, and it will have to reduce the price by Rs. 5 for all units, if it
wants to sell more than 1400 units, what is the maximum profit, in rupees, that the company can earn?
(1) 25,400 (2) 24,400 (3) 31,400 (4) 32,900 (5) 32,000

If the company reduces the price by 5%, it can produce and sell as many units as it desires. How many units the company
should produce to maximize its profit?
(1) 1400 (2) 1600 (3) 1800 (4) 1900 (5) 2000

For more detailed question paper, here is attachment: