Page 1
AIIMS MBBS Entrance Exam - 2014
Physics (Solved Paper)
1. A closely wound solenoid of 2000 turns and area of cross-section 1.5 × 10
-
4
m
2
carries a current of 2.0 A. It is suspended through its centre and
perpendicular to its length, allowing it to turn in a horizontal plane in a
uniform magnetic field 5 × 10
-2
T, making an angle of 30° with the axis of
the solenoid. The torque on the solenoid will be
(a)
3
3 10 N m
-
× -
(b)
3
1.5 10 N m
-
× -
(c)
2
1.5 10 N m
-
× -
(d)
2
3 10 N m
-
× -
Ans: (c)
2. A freshly prepared radioactive source of half-life 2 h emits radiation of
intensity which is 64 times the permissible safe level. Calculate, the minimum
time after which it would be possible to work safely with this source.
(a) 12 h
(b) 24 h
(c) 6 h
(d) 130 h
Ans: (a)
3. A ball is dropped from a high rise platform t = 0 starting from rest. Afte4r 6 s
another ball is thrown downwards from the same platform with a speed ?. The
two balls meet at t = 18 s. What is the value of ??
(a) 74 m/s
(b) 64 m/s
(c) 84 m/s
(d) 94 m/s
Ans: (a)
4. The thermo emf E (in volts) of a certain thermocouple is found to vary with Q
(in C) according to equation
2
Q
(E 20Q ,
20
= - where Q is temperature of the
Page 2
AIIMS MBBS Entrance Exam - 2014
Physics (Solved Paper)
1. A closely wound solenoid of 2000 turns and area of cross-section 1.5 × 10
-
4
m
2
carries a current of 2.0 A. It is suspended through its centre and
perpendicular to its length, allowing it to turn in a horizontal plane in a
uniform magnetic field 5 × 10
-2
T, making an angle of 30° with the axis of
the solenoid. The torque on the solenoid will be
(a)
3
3 10 N m
-
× -
(b)
3
1.5 10 N m
-
× -
(c)
2
1.5 10 N m
-
× -
(d)
2
3 10 N m
-
× -
Ans: (c)
2. A freshly prepared radioactive source of half-life 2 h emits radiation of
intensity which is 64 times the permissible safe level. Calculate, the minimum
time after which it would be possible to work safely with this source.
(a) 12 h
(b) 24 h
(c) 6 h
(d) 130 h
Ans: (a)
3. A ball is dropped from a high rise platform t = 0 starting from rest. Afte4r 6 s
another ball is thrown downwards from the same platform with a speed ?. The
two balls meet at t = 18 s. What is the value of ??
(a) 74 m/s
(b) 64 m/s
(c) 84 m/s
(d) 94 m/s
Ans: (a)
4. The thermo emf E (in volts) of a certain thermocouple is found to vary with Q
(in C) according to equation
2
Q
(E 20Q ,
20
= - where Q is temperature of the
hot function, the cold function being kept at 0
of the thermocouple is
(a) 300?
(b) 400?
(c) 100?
(d) 200?
Ans: (d)
5. The maximum vertical distance through which a full dressed astronaut can
jump on the earth is 0.5 m. Estimate the maximum vertical distance through
which he can jump on the moon, which has a mean density 2/3
earth and radius one quarter that of the earth.
(a) 1.5 m
(b) 3 m
(c) 6 m
(d) 7.5 m
Ans: (b)
6. As shown in figure a simple harmonic motion oscillator having identical four
springs has time period
(a)
m
T 2
4k
= p
(b)
m
T 2
2k
= p
(c)
m
T 2
k
= p
(d)
m
T 2
8k
= p
Ans: (c)
hot function, the cold function being kept at 0?. Then the neutral temperature
The maximum vertical distance through which a full dressed astronaut can
jump on the earth is 0.5 m. Estimate the maximum vertical distance through
which he can jump on the moon, which has a mean density 2/3
earth and radius one quarter that of the earth.
As shown in figure a simple harmonic motion oscillator having identical four
. Then the neutral temperature
The maximum vertical distance through which a full dressed astronaut can
jump on the earth is 0.5 m. Estimate the maximum vertical distance through
which he can jump on the moon, which has a mean density 2/3
rd
that of the
As shown in figure a simple harmonic motion oscillator having identical four
Page 3
AIIMS MBBS Entrance Exam - 2014
Physics (Solved Paper)
1. A closely wound solenoid of 2000 turns and area of cross-section 1.5 × 10
-
4
m
2
carries a current of 2.0 A. It is suspended through its centre and
perpendicular to its length, allowing it to turn in a horizontal plane in a
uniform magnetic field 5 × 10
-2
T, making an angle of 30° with the axis of
the solenoid. The torque on the solenoid will be
(a)
3
3 10 N m
-
× -
(b)
3
1.5 10 N m
-
× -
(c)
2
1.5 10 N m
-
× -
(d)
2
3 10 N m
-
× -
Ans: (c)
2. A freshly prepared radioactive source of half-life 2 h emits radiation of
intensity which is 64 times the permissible safe level. Calculate, the minimum
time after which it would be possible to work safely with this source.
(a) 12 h
(b) 24 h
(c) 6 h
(d) 130 h
Ans: (a)
3. A ball is dropped from a high rise platform t = 0 starting from rest. Afte4r 6 s
another ball is thrown downwards from the same platform with a speed ?. The
two balls meet at t = 18 s. What is the value of ??
(a) 74 m/s
(b) 64 m/s
(c) 84 m/s
(d) 94 m/s
Ans: (a)
4. The thermo emf E (in volts) of a certain thermocouple is found to vary with Q
(in C) according to equation
2
Q
(E 20Q ,
20
= - where Q is temperature of the
hot function, the cold function being kept at 0
of the thermocouple is
(a) 300?
(b) 400?
(c) 100?
(d) 200?
Ans: (d)
5. The maximum vertical distance through which a full dressed astronaut can
jump on the earth is 0.5 m. Estimate the maximum vertical distance through
which he can jump on the moon, which has a mean density 2/3
earth and radius one quarter that of the earth.
(a) 1.5 m
(b) 3 m
(c) 6 m
(d) 7.5 m
Ans: (b)
6. As shown in figure a simple harmonic motion oscillator having identical four
springs has time period
(a)
m
T 2
4k
= p
(b)
m
T 2
2k
= p
(c)
m
T 2
k
= p
(d)
m
T 2
8k
= p
Ans: (c)
hot function, the cold function being kept at 0?. Then the neutral temperature
The maximum vertical distance through which a full dressed astronaut can
jump on the earth is 0.5 m. Estimate the maximum vertical distance through
which he can jump on the moon, which has a mean density 2/3
earth and radius one quarter that of the earth.
As shown in figure a simple harmonic motion oscillator having identical four
. Then the neutral temperature
The maximum vertical distance through which a full dressed astronaut can
jump on the earth is 0.5 m. Estimate the maximum vertical distance through
which he can jump on the moon, which has a mean density 2/3
rd
that of the
As shown in figure a simple harmonic motion oscillator having identical four
7. If there were a reduction in gravitational effect, which of the following forces
do you think would change in some respect?
(a) Magnetic force
(b) Electrostatic force
(c) Viscous force
(d) Archimede’s uplift
Ans: (d)
8. Two batteries of emf 4 V and 8 V with internal resistance 1
respectively are connected to an external resistance R = 9
figure. The current in circuit and the pote
respectively will be
(a)
1
A, 9V
2
(b)
1
A, 12V
12
(c)
1
A, 3V
3
(d)
1
A, 4V
6
Ans: (c)
9. The correct graph respectively the relation between energy (E) of
photoelectrons and frequency
(a)
If there were a reduction in gravitational effect, which of the following forces
do you think would change in some respect?
Archimede’s uplift
Two batteries of emf 4 V and 8 V with internal resistance 1
respectively are connected to an external resistance R = 9 O
figure. The current in circuit and the potential difference between P and Q
The correct graph respectively the relation between energy (E) of
photoelectrons and frequency ? of incident light is
If there were a reduction in gravitational effect, which of the following forces
Two batteries of emf 4 V and 8 V with internal resistance 1 O and 2 O
O as shown in
ntial difference between P and Q
The correct graph respectively the relation between energy (E) of
Page 4
AIIMS MBBS Entrance Exam - 2014
Physics (Solved Paper)
1. A closely wound solenoid of 2000 turns and area of cross-section 1.5 × 10
-
4
m
2
carries a current of 2.0 A. It is suspended through its centre and
perpendicular to its length, allowing it to turn in a horizontal plane in a
uniform magnetic field 5 × 10
-2
T, making an angle of 30° with the axis of
the solenoid. The torque on the solenoid will be
(a)
3
3 10 N m
-
× -
(b)
3
1.5 10 N m
-
× -
(c)
2
1.5 10 N m
-
× -
(d)
2
3 10 N m
-
× -
Ans: (c)
2. A freshly prepared radioactive source of half-life 2 h emits radiation of
intensity which is 64 times the permissible safe level. Calculate, the minimum
time after which it would be possible to work safely with this source.
(a) 12 h
(b) 24 h
(c) 6 h
(d) 130 h
Ans: (a)
3. A ball is dropped from a high rise platform t = 0 starting from rest. Afte4r 6 s
another ball is thrown downwards from the same platform with a speed ?. The
two balls meet at t = 18 s. What is the value of ??
(a) 74 m/s
(b) 64 m/s
(c) 84 m/s
(d) 94 m/s
Ans: (a)
4. The thermo emf E (in volts) of a certain thermocouple is found to vary with Q
(in C) according to equation
2
Q
(E 20Q ,
20
= - where Q is temperature of the
hot function, the cold function being kept at 0
of the thermocouple is
(a) 300?
(b) 400?
(c) 100?
(d) 200?
Ans: (d)
5. The maximum vertical distance through which a full dressed astronaut can
jump on the earth is 0.5 m. Estimate the maximum vertical distance through
which he can jump on the moon, which has a mean density 2/3
earth and radius one quarter that of the earth.
(a) 1.5 m
(b) 3 m
(c) 6 m
(d) 7.5 m
Ans: (b)
6. As shown in figure a simple harmonic motion oscillator having identical four
springs has time period
(a)
m
T 2
4k
= p
(b)
m
T 2
2k
= p
(c)
m
T 2
k
= p
(d)
m
T 2
8k
= p
Ans: (c)
hot function, the cold function being kept at 0?. Then the neutral temperature
The maximum vertical distance through which a full dressed astronaut can
jump on the earth is 0.5 m. Estimate the maximum vertical distance through
which he can jump on the moon, which has a mean density 2/3
earth and radius one quarter that of the earth.
As shown in figure a simple harmonic motion oscillator having identical four
. Then the neutral temperature
The maximum vertical distance through which a full dressed astronaut can
jump on the earth is 0.5 m. Estimate the maximum vertical distance through
which he can jump on the moon, which has a mean density 2/3
rd
that of the
As shown in figure a simple harmonic motion oscillator having identical four
7. If there were a reduction in gravitational effect, which of the following forces
do you think would change in some respect?
(a) Magnetic force
(b) Electrostatic force
(c) Viscous force
(d) Archimede’s uplift
Ans: (d)
8. Two batteries of emf 4 V and 8 V with internal resistance 1
respectively are connected to an external resistance R = 9
figure. The current in circuit and the pote
respectively will be
(a)
1
A, 9V
2
(b)
1
A, 12V
12
(c)
1
A, 3V
3
(d)
1
A, 4V
6
Ans: (c)
9. The correct graph respectively the relation between energy (E) of
photoelectrons and frequency
(a)
If there were a reduction in gravitational effect, which of the following forces
do you think would change in some respect?
Archimede’s uplift
Two batteries of emf 4 V and 8 V with internal resistance 1
respectively are connected to an external resistance R = 9 O
figure. The current in circuit and the potential difference between P and Q
The correct graph respectively the relation between energy (E) of
photoelectrons and frequency ? of incident light is
If there were a reduction in gravitational effect, which of the following forces
Two batteries of emf 4 V and 8 V with internal resistance 1 O and 2 O
O as shown in
ntial difference between P and Q
The correct graph respectively the relation between energy (E) of
(b)
(c)
(d)
Ans: (c)
10. A body at temperature of 728
energy each minute. The emissivity is
(Given Boltzmann constant = 5.67
(a) e = 0.18
(b) e = 0.02
(c) e = 0.2
(d) e = 0.15
Ans: (a)
11. Considering normal incidence of ray, the equivalent refractive index of
combination of two slabs shown in figure is
A body at temperature of 728? and has surface area 5 cm
2
, radiates 300 J of
each minute. The emissivity is
(Given Boltzmann constant = 5.67 × 10
-
8
Wm
2
K
4
)
Considering normal incidence of ray, the equivalent refractive index of
combination of two slabs shown in figure is
, radiates 300 J of
Considering normal incidence of ray, the equivalent refractive index of
Page 5
AIIMS MBBS Entrance Exam - 2014
Physics (Solved Paper)
1. A closely wound solenoid of 2000 turns and area of cross-section 1.5 × 10
-
4
m
2
carries a current of 2.0 A. It is suspended through its centre and
perpendicular to its length, allowing it to turn in a horizontal plane in a
uniform magnetic field 5 × 10
-2
T, making an angle of 30° with the axis of
the solenoid. The torque on the solenoid will be
(a)
3
3 10 N m
-
× -
(b)
3
1.5 10 N m
-
× -
(c)
2
1.5 10 N m
-
× -
(d)
2
3 10 N m
-
× -
Ans: (c)
2. A freshly prepared radioactive source of half-life 2 h emits radiation of
intensity which is 64 times the permissible safe level. Calculate, the minimum
time after which it would be possible to work safely with this source.
(a) 12 h
(b) 24 h
(c) 6 h
(d) 130 h
Ans: (a)
3. A ball is dropped from a high rise platform t = 0 starting from rest. Afte4r 6 s
another ball is thrown downwards from the same platform with a speed ?. The
two balls meet at t = 18 s. What is the value of ??
(a) 74 m/s
(b) 64 m/s
(c) 84 m/s
(d) 94 m/s
Ans: (a)
4. The thermo emf E (in volts) of a certain thermocouple is found to vary with Q
(in C) according to equation
2
Q
(E 20Q ,
20
= - where Q is temperature of the
hot function, the cold function being kept at 0
of the thermocouple is
(a) 300?
(b) 400?
(c) 100?
(d) 200?
Ans: (d)
5. The maximum vertical distance through which a full dressed astronaut can
jump on the earth is 0.5 m. Estimate the maximum vertical distance through
which he can jump on the moon, which has a mean density 2/3
earth and radius one quarter that of the earth.
(a) 1.5 m
(b) 3 m
(c) 6 m
(d) 7.5 m
Ans: (b)
6. As shown in figure a simple harmonic motion oscillator having identical four
springs has time period
(a)
m
T 2
4k
= p
(b)
m
T 2
2k
= p
(c)
m
T 2
k
= p
(d)
m
T 2
8k
= p
Ans: (c)
hot function, the cold function being kept at 0?. Then the neutral temperature
The maximum vertical distance through which a full dressed astronaut can
jump on the earth is 0.5 m. Estimate the maximum vertical distance through
which he can jump on the moon, which has a mean density 2/3
earth and radius one quarter that of the earth.
As shown in figure a simple harmonic motion oscillator having identical four
. Then the neutral temperature
The maximum vertical distance through which a full dressed astronaut can
jump on the earth is 0.5 m. Estimate the maximum vertical distance through
which he can jump on the moon, which has a mean density 2/3
rd
that of the
As shown in figure a simple harmonic motion oscillator having identical four
7. If there were a reduction in gravitational effect, which of the following forces
do you think would change in some respect?
(a) Magnetic force
(b) Electrostatic force
(c) Viscous force
(d) Archimede’s uplift
Ans: (d)
8. Two batteries of emf 4 V and 8 V with internal resistance 1
respectively are connected to an external resistance R = 9
figure. The current in circuit and the pote
respectively will be
(a)
1
A, 9V
2
(b)
1
A, 12V
12
(c)
1
A, 3V
3
(d)
1
A, 4V
6
Ans: (c)
9. The correct graph respectively the relation between energy (E) of
photoelectrons and frequency
(a)
If there were a reduction in gravitational effect, which of the following forces
do you think would change in some respect?
Archimede’s uplift
Two batteries of emf 4 V and 8 V with internal resistance 1
respectively are connected to an external resistance R = 9 O
figure. The current in circuit and the potential difference between P and Q
The correct graph respectively the relation between energy (E) of
photoelectrons and frequency ? of incident light is
If there were a reduction in gravitational effect, which of the following forces
Two batteries of emf 4 V and 8 V with internal resistance 1 O and 2 O
O as shown in
ntial difference between P and Q
The correct graph respectively the relation between energy (E) of
(b)
(c)
(d)
Ans: (c)
10. A body at temperature of 728
energy each minute. The emissivity is
(Given Boltzmann constant = 5.67
(a) e = 0.18
(b) e = 0.02
(c) e = 0.2
(d) e = 0.15
Ans: (a)
11. Considering normal incidence of ray, the equivalent refractive index of
combination of two slabs shown in figure is
A body at temperature of 728? and has surface area 5 cm
2
, radiates 300 J of
each minute. The emissivity is
(Given Boltzmann constant = 5.67 × 10
-
8
Wm
2
K
4
)
Considering normal incidence of ray, the equivalent refractive index of
combination of two slabs shown in figure is
, radiates 300 J of
Considering normal incidence of ray, the equivalent refractive index of
(a) 1.8
(b) 1.43
(c) 2
(d) None of the above
Ans: (b)
12. Three particles having charges in the ratio of 2 : 3 : 5 produce the same point
on the photographic film in Thomson experiment. Their masses are in the
ratio of
(a) 2 : 3 : 5
(b) 5 : 3 : 2
(c) 15 : 10 : 6
(d) 3 : 5 : 2
Ans: (a)
13. What will be ratio of speed in first two seconds to the speed in next 4s?
(a) v2 : 1
(b) 3 : 1
(c) 2 : 1
(d) 1 : 2
Ans: (c)
14. A black body emits heat at the rate of 20 W. When its temperature is 727
Another black body emits
227?. Compare the area of the surface of the two bodies, if the surrounding is
at NTP.
(a) 16 : 1
(b) 1 : 4
(c) 12 : 1
(d) 1 : 12
Ans: (d)
Three particles having charges in the ratio of 2 : 3 : 5 produce the same point
on the photographic film in Thomson experiment. Their masses are in the
What will be ratio of speed in first two seconds to the speed in next 4s?
emits heat at the rate of 20 W. When its temperature is 727
Another black body emits heat at the rate of 15 W, when its temperature is
. Compare the area of the surface of the two bodies, if the surrounding is
Three particles having charges in the ratio of 2 : 3 : 5 produce the same point
on the photographic film in Thomson experiment. Their masses are in the
What will be ratio of speed in first two seconds to the speed in next 4s?
emits heat at the rate of 20 W. When its temperature is 727?.
heat at the rate of 15 W, when its temperature is
. Compare the area of the surface of the two bodies, if the surrounding is
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