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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
? ?
-
? ?
? ?
  
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FAQs on AIIMS Entrance Exam Solved Paper - 2016 - AIIMS Mock Tests & Previous Year Question Papers - NEET

1. What is the AIIMS Entrance Exam?
Ans. The AIIMS Entrance Exam is a national level medical entrance exam conducted by the All India Institute of Medical Sciences (AIIMS) for admission to undergraduate and postgraduate medical courses in AIIMS institutes across India.
2. What is the significance of the AIIMS Entrance Exam?
Ans. The AIIMS Entrance Exam is highly significant as it serves as the gateway for aspiring medical students to secure admission in prestigious AIIMS institutes, which are known for their academic excellence and healthcare services.
3. How can I apply for the AIIMS Entrance Exam?
Ans. To apply for the AIIMS Entrance Exam, candidates need to visit the official website of AIIMS and fill out the online application form. The application process usually starts in the month of February, and candidates need to provide their personal details, educational qualifications, and upload necessary documents.
4. What is the syllabus for the AIIMS Entrance Exam?
Ans. The syllabus for the AIIMS Entrance Exam includes subjects such as Physics, Chemistry, Biology (Botany and Zoology), and General Knowledge. The questions are based on the curriculum of Class 11 and 12 of the CBSE board.
5. What is the exam pattern of the AIIMS Entrance Exam?
Ans. The AIIMS Entrance Exam is a computer-based test (CBT) consisting of multiple-choice questions. The exam duration is generally 3 hours and 30 minutes. The question paper is divided into sections based on the subjects, and each section has a specific number of questions.
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