AIIMS Entrance Exam Solved Paper - 2016 | AIIMS Mock Tests & Previous Year Question Papers - NEET PDF Download

 Page 1


AIIMS MBBS Entrance Exam - 2016 
PHYSICS (Solved Paper) 
1. A man is at a distance of 6 m from a bus. The bus begins to move with a 
constant acceleration of 3 ms
-
2
. In order to catch the bus, the minimum speed 
with which the man should run towards the bus is 
(a) 2 ms
-
1 
(b) 4 ms
-
1
 
(c) 6 ms
-
1
 
(d) 8 ms
-
1
 
Ans: (c) 
2. If A and B
? ?
 are non-zero vectors which obey the relation | A B | | A B |,
? ? ? ?
+ = - 
then the angle between them is 
(a) 0° 
(b) 60° 
(c) 90° 
(d) 120° 
Ans: (c) 
3. In a Fraunhofer diffraction at single slit of width d with incident light of 
wavelength 5500 Å, the first minimum is observed, at angle 30°. The first 
secondary maximum is observed at an angle ? = 
(a) 
1
1
sin
2
-
  
(b) 
1
1
sin
4
-
  
(c) 
1
3
sin
4
-
  
(d) 
1
3
sin
2
-
  
Ans: (c) 
4. A body of mass 60 kg is suspended by means of three strings P, Q and R as 
shown in the figure is in equilibrium. The tension in the string P is  
Page 2


AIIMS MBBS Entrance Exam - 2016 
PHYSICS (Solved Paper) 
1. A man is at a distance of 6 m from a bus. The bus begins to move with a 
constant acceleration of 3 ms
-
2
. In order to catch the bus, the minimum speed 
with which the man should run towards the bus is 
(a) 2 ms
-
1 
(b) 4 ms
-
1
 
(c) 6 ms
-
1
 
(d) 8 ms
-
1
 
Ans: (c) 
2. If A and B
? ?
 are non-zero vectors which obey the relation | A B | | A B |,
? ? ? ?
+ = - 
then the angle between them is 
(a) 0° 
(b) 60° 
(c) 90° 
(d) 120° 
Ans: (c) 
3. In a Fraunhofer diffraction at single slit of width d with incident light of 
wavelength 5500 Å, the first minimum is observed, at angle 30°. The first 
secondary maximum is observed at an angle ? = 
(a) 
1
1
sin
2
-
  
(b) 
1
1
sin
4
-
  
(c) 
1
3
sin
4
-
  
(d) 
1
3
sin
2
-
  
Ans: (c) 
4. A body of mass 60 kg is suspended by means of three strings P, Q and R as 
shown in the figure is in equilibrium. The tension in the string P is  
(a) 130.9 g N 
(b) 60 g N 
(c) 50 g N 
(d) 103.9 g N 
Ans: (d) 
5. The angular amplitude of a simple pendulum is 
its string will be  
(a) mg(1 – ?
0
) 
(b) mg(1 + ?
0
) 
(c) 
2
0
mg 1 – ( ) ?  
(d) 
2
0
mg 1 + ( ) ?  
Ans: (d) 
6. Three identical charges are placed at the vertices of an equilateral triangle. 
The force experienced by ea
(a) 
2
2
q
2k
r
  
(b) 
2
2
kq
2r
  
(c) 
2
2
q
3 k
r
  
(d) 
2
2
kq
2 r
  
Ans: (c) 
 
angular amplitude of a simple pendulum is ?
0
. The maximum tension in 
Three identical charges are placed at the vertices of an equilateral triangle. 
The force experienced by each charge, (if k = 1/4pe
0
) is 
. The maximum tension in 
Three identical charges are placed at the vertices of an equilateral triangle. 
Page 3


AIIMS MBBS Entrance Exam - 2016 
PHYSICS (Solved Paper) 
1. A man is at a distance of 6 m from a bus. The bus begins to move with a 
constant acceleration of 3 ms
-
2
. In order to catch the bus, the minimum speed 
with which the man should run towards the bus is 
(a) 2 ms
-
1 
(b) 4 ms
-
1
 
(c) 6 ms
-
1
 
(d) 8 ms
-
1
 
Ans: (c) 
2. If A and B
? ?
 are non-zero vectors which obey the relation | A B | | A B |,
? ? ? ?
+ = - 
then the angle between them is 
(a) 0° 
(b) 60° 
(c) 90° 
(d) 120° 
Ans: (c) 
3. In a Fraunhofer diffraction at single slit of width d with incident light of 
wavelength 5500 Å, the first minimum is observed, at angle 30°. The first 
secondary maximum is observed at an angle ? = 
(a) 
1
1
sin
2
-
  
(b) 
1
1
sin
4
-
  
(c) 
1
3
sin
4
-
  
(d) 
1
3
sin
2
-
  
Ans: (c) 
4. A body of mass 60 kg is suspended by means of three strings P, Q and R as 
shown in the figure is in equilibrium. The tension in the string P is  
(a) 130.9 g N 
(b) 60 g N 
(c) 50 g N 
(d) 103.9 g N 
Ans: (d) 
5. The angular amplitude of a simple pendulum is 
its string will be  
(a) mg(1 – ?
0
) 
(b) mg(1 + ?
0
) 
(c) 
2
0
mg 1 – ( ) ?  
(d) 
2
0
mg 1 + ( ) ?  
Ans: (d) 
6. Three identical charges are placed at the vertices of an equilateral triangle. 
The force experienced by ea
(a) 
2
2
q
2k
r
  
(b) 
2
2
kq
2r
  
(c) 
2
2
q
3 k
r
  
(d) 
2
2
kq
2 r
  
Ans: (c) 
 
angular amplitude of a simple pendulum is ?
0
. The maximum tension in 
Three identical charges are placed at the vertices of an equilateral triangle. 
The force experienced by each charge, (if k = 1/4pe
0
) is 
. The maximum tension in 
Three identical charges are placed at the vertices of an equilateral triangle. 
7. A voltmeter of resistance 20000 O reads 5 volt. To make it read 20 volt, the 
extra resistance required is  
(a) 40000 O in  parallel 
(b) 60000 O in parallel 
(c) 60000 O in series 
(d) 40000 O in series 
Ans: (c) 
8. Light wave enters from medium 1 to medium 2. Its velocity in 2
nd
 medium is 
double from 1
st
. For total internal reflection the angle of incidence must be 
greater than 
(a) 30° 
(b) 60° 
(c) 45° 
(d) 90° 
Ans: (a) 
9. The temperature of a body is increased from -73? to 327?. Then the ratio 
of emissive power is  
(a) 1/9 
(b) 1/27 
(c) 27 
(d) 81 
Ans: (d) 
10. Time period of pendulum, on a satellite orbiting the earth, is  
(a) 1/p 
(b) zero 
(c) p 
(d) infinity 
Ans: (d) 
11. Tend identical cells each of potential E and internal resistance r are connected 
in series to form a closed circuit. An ideal voltmeter connected across three 
cells, will read 
(a) 10E 
(b) 3E 
(c) 13E 
Page 4


AIIMS MBBS Entrance Exam - 2016 
PHYSICS (Solved Paper) 
1. A man is at a distance of 6 m from a bus. The bus begins to move with a 
constant acceleration of 3 ms
-
2
. In order to catch the bus, the minimum speed 
with which the man should run towards the bus is 
(a) 2 ms
-
1 
(b) 4 ms
-
1
 
(c) 6 ms
-
1
 
(d) 8 ms
-
1
 
Ans: (c) 
2. If A and B
? ?
 are non-zero vectors which obey the relation | A B | | A B |,
? ? ? ?
+ = - 
then the angle between them is 
(a) 0° 
(b) 60° 
(c) 90° 
(d) 120° 
Ans: (c) 
3. In a Fraunhofer diffraction at single slit of width d with incident light of 
wavelength 5500 Å, the first minimum is observed, at angle 30°. The first 
secondary maximum is observed at an angle ? = 
(a) 
1
1
sin
2
-
  
(b) 
1
1
sin
4
-
  
(c) 
1
3
sin
4
-
  
(d) 
1
3
sin
2
-
  
Ans: (c) 
4. A body of mass 60 kg is suspended by means of three strings P, Q and R as 
shown in the figure is in equilibrium. The tension in the string P is  
(a) 130.9 g N 
(b) 60 g N 
(c) 50 g N 
(d) 103.9 g N 
Ans: (d) 
5. The angular amplitude of a simple pendulum is 
its string will be  
(a) mg(1 – ?
0
) 
(b) mg(1 + ?
0
) 
(c) 
2
0
mg 1 – ( ) ?  
(d) 
2
0
mg 1 + ( ) ?  
Ans: (d) 
6. Three identical charges are placed at the vertices of an equilateral triangle. 
The force experienced by ea
(a) 
2
2
q
2k
r
  
(b) 
2
2
kq
2r
  
(c) 
2
2
q
3 k
r
  
(d) 
2
2
kq
2 r
  
Ans: (c) 
 
angular amplitude of a simple pendulum is ?
0
. The maximum tension in 
Three identical charges are placed at the vertices of an equilateral triangle. 
The force experienced by each charge, (if k = 1/4pe
0
) is 
. The maximum tension in 
Three identical charges are placed at the vertices of an equilateral triangle. 
7. A voltmeter of resistance 20000 O reads 5 volt. To make it read 20 volt, the 
extra resistance required is  
(a) 40000 O in  parallel 
(b) 60000 O in parallel 
(c) 60000 O in series 
(d) 40000 O in series 
Ans: (c) 
8. Light wave enters from medium 1 to medium 2. Its velocity in 2
nd
 medium is 
double from 1
st
. For total internal reflection the angle of incidence must be 
greater than 
(a) 30° 
(b) 60° 
(c) 45° 
(d) 90° 
Ans: (a) 
9. The temperature of a body is increased from -73? to 327?. Then the ratio 
of emissive power is  
(a) 1/9 
(b) 1/27 
(c) 27 
(d) 81 
Ans: (d) 
10. Time period of pendulum, on a satellite orbiting the earth, is  
(a) 1/p 
(b) zero 
(c) p 
(d) infinity 
Ans: (d) 
11. Tend identical cells each of potential E and internal resistance r are connected 
in series to form a closed circuit. An ideal voltmeter connected across three 
cells, will read 
(a) 10E 
(b) 3E 
(c) 13E 
(d) 7E 
Ans: (b) 
12. Two charged spheres separated by a distance ‘d’ exert some force on each 
other. If they are immersed in a liquid of dielectric constant 2, then what is the 
force exerted, if all other conditions are same? 
(a) F/2 
(b) F 
(c) 2F 
(d) 4F 
Ans: (a) 
13. A gun of mass 10 kg fires 4 bullets per second. The mass of each bullet is 20 g 
and the velocity of the bullet when it leaves the gun is 300 m s
-
1
. The force 
required to hold the gun when firing is 
(a) 6 N 
(b) 8 N 
(c) 24 N 
(d) 240 N 
Ans: (c) 
14. A cylindrical tank is filled with water to level of 3 m. A hole is opened at 
height of 52.5 cm from bottom.. The ratio of the area of the h ole to that of 
cross-sectional area of the cylinder is 0.1. The square of the speed with which 
water is coming out from the orifice is (Take g = 10 ms
-
2
) 
(a) 50 m
2
s
-
2 
(b) 40 m
2
s
-
2
 
(c) 51.5 m
2
s
-
2
 
(d) 50.5 m
2
s
-
2
 
Ans: (a) 
15. A transparent cube of 15 cm edge contains a small air bubble. Its apparent 
depth when viewed through one face is 6 cm and when viewed through 
opposite face is 4 cm. The refractive index of material of cube is  
(a) 2.0 
(b) 1.5 
(c) 1.6 
(d) 2.5 
Ans: (b) 
Page 5


AIIMS MBBS Entrance Exam - 2016 
PHYSICS (Solved Paper) 
1. A man is at a distance of 6 m from a bus. The bus begins to move with a 
constant acceleration of 3 ms
-
2
. In order to catch the bus, the minimum speed 
with which the man should run towards the bus is 
(a) 2 ms
-
1 
(b) 4 ms
-
1
 
(c) 6 ms
-
1
 
(d) 8 ms
-
1
 
Ans: (c) 
2. If A and B
? ?
 are non-zero vectors which obey the relation | A B | | A B |,
? ? ? ?
+ = - 
then the angle between them is 
(a) 0° 
(b) 60° 
(c) 90° 
(d) 120° 
Ans: (c) 
3. In a Fraunhofer diffraction at single slit of width d with incident light of 
wavelength 5500 Å, the first minimum is observed, at angle 30°. The first 
secondary maximum is observed at an angle ? = 
(a) 
1
1
sin
2
-
  
(b) 
1
1
sin
4
-
  
(c) 
1
3
sin
4
-
  
(d) 
1
3
sin
2
-
  
Ans: (c) 
4. A body of mass 60 kg is suspended by means of three strings P, Q and R as 
shown in the figure is in equilibrium. The tension in the string P is  
(a) 130.9 g N 
(b) 60 g N 
(c) 50 g N 
(d) 103.9 g N 
Ans: (d) 
5. The angular amplitude of a simple pendulum is 
its string will be  
(a) mg(1 – ?
0
) 
(b) mg(1 + ?
0
) 
(c) 
2
0
mg 1 – ( ) ?  
(d) 
2
0
mg 1 + ( ) ?  
Ans: (d) 
6. Three identical charges are placed at the vertices of an equilateral triangle. 
The force experienced by ea
(a) 
2
2
q
2k
r
  
(b) 
2
2
kq
2r
  
(c) 
2
2
q
3 k
r
  
(d) 
2
2
kq
2 r
  
Ans: (c) 
 
angular amplitude of a simple pendulum is ?
0
. The maximum tension in 
Three identical charges are placed at the vertices of an equilateral triangle. 
The force experienced by each charge, (if k = 1/4pe
0
) is 
. The maximum tension in 
Three identical charges are placed at the vertices of an equilateral triangle. 
7. A voltmeter of resistance 20000 O reads 5 volt. To make it read 20 volt, the 
extra resistance required is  
(a) 40000 O in  parallel 
(b) 60000 O in parallel 
(c) 60000 O in series 
(d) 40000 O in series 
Ans: (c) 
8. Light wave enters from medium 1 to medium 2. Its velocity in 2
nd
 medium is 
double from 1
st
. For total internal reflection the angle of incidence must be 
greater than 
(a) 30° 
(b) 60° 
(c) 45° 
(d) 90° 
Ans: (a) 
9. The temperature of a body is increased from -73? to 327?. Then the ratio 
of emissive power is  
(a) 1/9 
(b) 1/27 
(c) 27 
(d) 81 
Ans: (d) 
10. Time period of pendulum, on a satellite orbiting the earth, is  
(a) 1/p 
(b) zero 
(c) p 
(d) infinity 
Ans: (d) 
11. Tend identical cells each of potential E and internal resistance r are connected 
in series to form a closed circuit. An ideal voltmeter connected across three 
cells, will read 
(a) 10E 
(b) 3E 
(c) 13E 
(d) 7E 
Ans: (b) 
12. Two charged spheres separated by a distance ‘d’ exert some force on each 
other. If they are immersed in a liquid of dielectric constant 2, then what is the 
force exerted, if all other conditions are same? 
(a) F/2 
(b) F 
(c) 2F 
(d) 4F 
Ans: (a) 
13. A gun of mass 10 kg fires 4 bullets per second. The mass of each bullet is 20 g 
and the velocity of the bullet when it leaves the gun is 300 m s
-
1
. The force 
required to hold the gun when firing is 
(a) 6 N 
(b) 8 N 
(c) 24 N 
(d) 240 N 
Ans: (c) 
14. A cylindrical tank is filled with water to level of 3 m. A hole is opened at 
height of 52.5 cm from bottom.. The ratio of the area of the h ole to that of 
cross-sectional area of the cylinder is 0.1. The square of the speed with which 
water is coming out from the orifice is (Take g = 10 ms
-
2
) 
(a) 50 m
2
s
-
2 
(b) 40 m
2
s
-
2
 
(c) 51.5 m
2
s
-
2
 
(d) 50.5 m
2
s
-
2
 
Ans: (a) 
15. A transparent cube of 15 cm edge contains a small air bubble. Its apparent 
depth when viewed through one face is 6 cm and when viewed through 
opposite face is 4 cm. The refractive index of material of cube is  
(a) 2.0 
(b) 1.5 
(c) 1.6 
(d) 2.5 
Ans: (b) 
16. A stone of mass 0.3 kg attached to a 1.5 m long string is whirled around in a 
horizontal circle at a speed of 6 m s
-
1
. The tension in the string is  
(a) 10 N 
(b) 20 N 
(c) 7.2 N 
(d) 30 N 
Ans: (c) 
17. A ball is dropped from the top of a building 100 m high. At the same instant 
another ball is thrown upwards with a velocity of 40 m/s from the bottom of 
the building. The two balls will meet after 
(a) 3 s 
(b) 2 s 
(c) 2.5 s 
(d) 5 s 
Ans: (c) 
18. If the linear momentum is increased b 50%, then kinetic energy will increase 
by  
(a) 50%  
(b) 100% 
(c) 125% 
(d) 25% 
Ans: (c) 
19. The additional kinetic energy to be provided to a satellite of mass m revolving 
around a planet of mass M to transfer from a circular orbit of radius R
1
 to 
another of radius R
2
(R
2
 > R
1
) is 
(a) 
2 2
1 2
1 1
GmM
R R
? ?
? ? -
? ?
? ?
  
(b) 
1 2
1 1
GmM
R R
? ?
-
? ?
? ?
  
(c) 
1 2
1 1
2GmM
R R
? ?
-
? ?
? ?