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27th January 2017, 02:06 PM
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Re: Amrita University Previous Years Question Papers

The Amrita Engineering Enrance AEEE Application Form-g Entrance Examination (AEEE) Conducted By Amrita Vishwa Vidyapeetham B.Tech Admission.

Paper pattern:

Subject
Mathematics – 60 questions
Physics – 30 questions
Chemistry – 30 questions
Total No. of Questions – 120 questions
Total Marks ( 120 x 3 ) = 360 marks




Here I’m attaching PDF of Amrita University Previous Years Question Papers:


PHYSICS (S.No.1 to 35 ) 35 Questions
Data: Acceleration due to gravity = 10m/s2 , Mass of electron = 9.1 x 10-31kg Charge of electron = 1.6 x 10-19 C, Velocity of light, c = 3 x 108m/s
1 eV = 1.6 x 10-19 J
1. Which of the following has the dimensionality of farad?
a) A2s4 kg-1m -2
b) A-2kg m2s3
c) kg m2 A-1s2
d) kg m3 A-2s 2

2. Choose the correct combination of the planet and its average orbital speed(in km s -1 )
a) Earth (29.8); Saturn(9.65); Venus(35.0); Mars(24.2)
b) Earth (9.65); Saturn(29.8); Venus(35.0); Mars(24.2)
c) Earth (24.2); Saturn(9.65); Venus(35.0); Mars(29.8)
d) Earth (29.8); Saturn(9.65); Venus(24.2); Mars(35.0)

3. At a point 3200 km vertically above the surface of the earth, acceleration due to gravity of earth in SI units is
a) 6.66 b) 3.33 c) 5.55 d) 4.44

4. Two laser beams one of wave length 640 nm and the other 400 nm have same unit flux of photons. Their powers are in the ratio
a) 64:40 b) 1:1 c) 5:8 d) 25:64

5. The relation, Work Done = Change in internal energy holds for
a) isothermal process b) adiabatic process
c) isobaric process d) isochoric process

6. The rate of flow of volume of a fluid of viscosity  along a horizontal pipe of radius r and length L due to pressure difference P is (V/t). If a pipe of radius 2r and length 2L is used and P is doubled the rate of flow will increase by a factor
a) 2 b) 4 c) 8 d) 16

7. If the charge Q in a capacitor is doubled, electric field energy stored inside
a) doubles b) increases by factor 4
c) remains unchanged d) increases by factor 8

8. A capacitor with C =0.144 F having charge Q is made to discharge through a resistance of 1.0 . What is the time taken for the discharge of 50% of the initial charge?
a) 10-7s b) 0.144 x10-6 s c) 2.1 x 10-7 s d) 0.144 x 10-7 s


9. A slab having dielectric constant  = 3 is placed in a region having constant electric field E = 10 V m-1
. The electric field inside the slab volume is
a) 1.1 V m-1
b) 30 V m-1
c) zero d) 3.33V m-1

10. A parallel plate capacitor is connected to a battery supplying constant voltage difference such that it accumulates charge Q. While being connected, if the separation d between the plates is increased
a) both electric field inside the capacitor and Q decrease
b) electric field inside the capacitor decreases and Q increases
c) electric field inside the capacitor increases and Q decreases
d) both electric field inside the capacitor and Q increase

11. The sides (in meters) of a box joining at origin are represented by vectors a= 4i, b= 2i + 3j and c= i+k. The surface area of the box is
a) 20 m2 b) 26 m2 c) 36 m2
d) 40 m 2

12. The slant side of a frictionless incline making an angle 60 with the vertical is 1 m. Starting from rest the time taken by a mass to slide down the incline from top to the base is
a) 0.63 s b) 0.23 s c) 0.2 s d) 0.4 s

13. A mass of 0.01 kg is hung from a series combination of two ideal light springs having spring constants k1= 10 Nm-1 and k2 =20 Nm-1. The net stretching of this spring-mass system is
a) 3 cm b) 1.5 cm c) 6 cm d) 2.5 cm

14. A mass m =1 kg located at point (3,4) in x-y plane at time t is subjected to a force of 2 N in the y direction. All numbers are in SI units. The angular acceleration is
a) 0.24 radians s-2 along z direction b) 0.18 radians s-2 along z direction c) 0.12 radians s-2 along x direction d) 0.32 radians s-2 along z direction

15. A circuit is operated by a battery of internal resistance 0.2  and emf 6 V. The current flowing in the circuit is 0.3 A. The power supplied to the rest of the circuit other than the internal resistance is
a) 1.8 W b) 1.74 W c) 1.42 W d) 1.62 W

16. A small magnet of magnetic moment m is placed inside a hollow sphere of radius R; the net magnetic flux emerging out of the sphere is
a) proportional to m
b) proportional to the product R2 and magnitude of m
c) zero
d) a function of location and orientation of the magnet


17. What is the magnetic induction flux crossing unit area in xy plane if magnetic induction vector is B = 2i + 4j + 6k ? All numbers are in SI units.
a) 2 b) 4 c) 6 d)

18. The direction of a ray of light from a plane wave is along unit vector n = i + j. The corresponding wave front is
a) parallel to z axis b) parallel to n
c) perpendicular to z axis d) parallel to y-z plane

19. Electric potential in a region is given by 4x2 +3. All numbers are in SI units. The Electric field magnitude at a point (-5,1,2) is
a) 40 b) 20 c) 80 d) 10

20. When a glass prism of refracting angle 60o is immersed in a liquid, its angle of minimum deviation is 30o. The critical angle of glass with respect to the liquid medium is
a) 45o
b) 30o
c) 60o
d) 55o
Attached Files
File Type: pdf Amrita University Previous Years Question Papers.pdf (725.6 KB, 180 views)


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