I am Sunderlal and I am appearing for KIITEE entrance examination. So kindly provide me with the previous year test papers for my better preparation.

Hello user

I would like to tell you that KIIT Entrance Examination (KIITEE) is the All India Entrance Examination conducted by KIIT University, Bhubaneswar admission into following courses:

• Engineering
• Medical
• Dental
• Nursing
• Law
• Computer Application
• Biotechnology
• Fashion Film

So in response of your question here I am providing you with the question papers of for your better preparations:

PHYSICS:

1. A disk of radius 10 cm has a moment of inertia of 0.02 kg.m2 about its central axis. A force of 15 N is applied tangentially to the periphery of the disk to give it an angular acceleration of magnitude
(A) 25 rad/s2 (B) 35 rad/s2
,(C) 45 rad/s2 (D) 75 rad/s2

2. A uniform hollow cylinder has a density r, a length ‘L’, an inner radius ‘a’, and an outer radius ‘b’. Its moment of inertia about the axis of the cylinder is (Mass of the cylinder is‘M’)
(A) ( ) 2 2 M b +a
(B) ( ) 2 2 2M b +a
(C) ( ) 2 2 Mb +a2
(D) ( ) 2 2 3Mb +a4

3. Starting from rest, a sphere rolls down a 30o incline. To avoid slipping, the minimum value of the coefficient of static friction should be
(A) 0.165 (B) 0.145 (C) 0.135 (D) 0.125

4. The velocity of a particular mass ‘m’ is ˆ ˆ ˆ v = (5i + 4j+6k)m/srwhen at positionˆ ˆ ˆ r =(-2i + 4j+6k)mr
. The angular momentum of the particle about the origin is
(A) ( ) ˆ ˆ m 42i -28k kg m2s-1 (B) ( ) ˆ ˆ m 42j -28k kg m2s-1
(C) ( ) ˆ ˆ m 42i +28k kg m2s-1 (D) ( ) ˆ ˆ m 42j+28k kg m2s-1

5. The increase in pressure required to decrease the volume of 200 L of water by 0.004% is (Bulk modulus of water is 2.1x109 N/m2)
(A) 8.4x104 N/m2 (B) 8.4x103 N/m2
(C) 8.4x105 N/m2 (D) 8.4x106 N/m2

6. A object suspended from a spring exhibits oscillations of period T . Now the spring is cut in half and the two halves are used to support the same object. The new period of oscillation is
(A) T (B) 2T (C) T/2 (D) T/4

7. A mercury barometer stands at 762 mm. A gas bubble, whose volume is 33 cm3 when it
is at the bottom of a lake 45.7 m deep, rises to the surface. The volume of the bubble at the surface of the lake is
(A) 105 cm3 (B) 178 cm3 (C) 248 cm3 (D) 351 cm3

8. A hole of area 1 mm2 opens in the pipe near the lower end of a large water storage tank, and a stream of water shoots from it. If the top of the water in the tank is 20 m above the point of the leak, the amount of water escapes in 1 s is
(A) 87.5 cm3/s (B) 43.1 cm3/s
(C) 27.5 cm3/s (D) 19.8 cm3/s

Here I am providing you with some of the PDF containing previous year questions for your better preparation:

KIITEE Test Papers




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Attached Files

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