Page 1
AIIMS
Physics
1. A particle is projected with an angle of projection
passing through the points (P, Q) and (Q, P) referred to horizontal and vertical
axes (can be treated as x
The angle of projection can be given by
(a)
2 2
1
P PQ Q
tan
PQ
-
? ?
+ +
? ?
? ?
? ?
(b)
2 2
1
P Q PQ
tan
PQ
-
? ?
+ -
? ?
? ?
? ?
(c)
2 2
1
P Q
tan
2PQ
-
? ?
+
? ?
? ?
? ?
(d)
2 2
1
P Q PQ
sin
2PQ
-
? ?
+ +
? ?
? ?
? ?
Ans: (a)
2. Determine the height above the dashed line XX
coming out through the hole is situated at point B in the diagram given below.
Given that h = 10 m, L = 2 m and d = 30
(a) 10 m
(b) 7.1 m
(c) 5 m
(d) 3.2 m
Ans: (d)
3. If the magnetizing field on a ferromagnetic material is increased, its
permeability
AIIMS MBBS Entrance Exam 2015
Physics (Solved Paper)
A particle is projected with an angle of projection ? to the horizontal line
passing through the points (P, Q) and (Q, P) referred to horizontal and vertical
axes (can be treated as x-axis and y-axis respectively).
The angle of projection can be given by
2 2
P PQ Q
PQ
? ?
+ +
? ?
? ?
? ?
P Q PQ
PQ
? ?
? ?
? ?
? ?
P Q PQ
2PQ
? ?
? ?
? ?
? ?
Determine the height above the dashed line XX' attained by the wate
coming out through the hole is situated at point B in the diagram given below.
Given that h = 10 m, L = 2 m and d = 30°.
If the magnetizing field on a ferromagnetic material is increased, its
to the horizontal line
passing through the points (P, Q) and (Q, P) referred to horizontal and vertical
' attained by the water stream
coming out through the hole is situated at point B in the diagram given below.
If the magnetizing field on a ferromagnetic material is increased, its
Page 2
AIIMS
Physics
1. A particle is projected with an angle of projection
passing through the points (P, Q) and (Q, P) referred to horizontal and vertical
axes (can be treated as x
The angle of projection can be given by
(a)
2 2
1
P PQ Q
tan
PQ
-
? ?
+ +
? ?
? ?
? ?
(b)
2 2
1
P Q PQ
tan
PQ
-
? ?
+ -
? ?
? ?
? ?
(c)
2 2
1
P Q
tan
2PQ
-
? ?
+
? ?
? ?
? ?
(d)
2 2
1
P Q PQ
sin
2PQ
-
? ?
+ +
? ?
? ?
? ?
Ans: (a)
2. Determine the height above the dashed line XX
coming out through the hole is situated at point B in the diagram given below.
Given that h = 10 m, L = 2 m and d = 30
(a) 10 m
(b) 7.1 m
(c) 5 m
(d) 3.2 m
Ans: (d)
3. If the magnetizing field on a ferromagnetic material is increased, its
permeability
AIIMS MBBS Entrance Exam 2015
Physics (Solved Paper)
A particle is projected with an angle of projection ? to the horizontal line
passing through the points (P, Q) and (Q, P) referred to horizontal and vertical
axes (can be treated as x-axis and y-axis respectively).
The angle of projection can be given by
2 2
P PQ Q
PQ
? ?
+ +
? ?
? ?
? ?
P Q PQ
PQ
? ?
? ?
? ?
? ?
P Q PQ
2PQ
? ?
? ?
? ?
? ?
Determine the height above the dashed line XX' attained by the wate
coming out through the hole is situated at point B in the diagram given below.
Given that h = 10 m, L = 2 m and d = 30°.
If the magnetizing field on a ferromagnetic material is increased, its
to the horizontal line
passing through the points (P, Q) and (Q, P) referred to horizontal and vertical
' attained by the water stream
coming out through the hole is situated at point B in the diagram given below.
If the magnetizing field on a ferromagnetic material is increased, its
(a) decreased
(b) increased
(c) is unaffected
(d) may be increased or decreased
Ans: (a)
4. A ball is dropped from a bridge 122.5 m above a river. After the ball has been
falling for 2s, a second ball is thrown straight down after it. What must the
initial velocity of the second ball be so that both hit the water at the same
time?
(a) 40 m/s
(b) 55.5 m/s
(c) 26.1 m/s
(d) 9.6 m/s
Ans: (c)
5. A body of mass 40 kg resting on rough horizontal surface is subjected to a
force P which is just enough to start the motion of the body. If µ
s
= 5,µx = 0.4,
g = 10 m/s
2
and the force P is continuously applied on the body, then the
acceleration of the body is
(a) zero
(b)
2
1 m / s
(c)
2
2 m / s
(d)
2
2.4 m / s
Ans: (b)
6. The self inductance of a coil having 500 turns is 50 mH. The magnetic flux
through the cross-sectional area of the coil while current through it is 8 mA is
found to be
(a)
4
4 10 Wb
-
×
(b) 0.04 Wb
(c) 4 µWb
(d) 40 mWb
Ans: (a)
7. A uniform metallic rod rotates about its perpendicular bisector with constant
angular speed. If it is heated uniformly to raise its temperature slightly, then
Page 3
AIIMS
Physics
1. A particle is projected with an angle of projection
passing through the points (P, Q) and (Q, P) referred to horizontal and vertical
axes (can be treated as x
The angle of projection can be given by
(a)
2 2
1
P PQ Q
tan
PQ
-
? ?
+ +
? ?
? ?
? ?
(b)
2 2
1
P Q PQ
tan
PQ
-
? ?
+ -
? ?
? ?
? ?
(c)
2 2
1
P Q
tan
2PQ
-
? ?
+
? ?
? ?
? ?
(d)
2 2
1
P Q PQ
sin
2PQ
-
? ?
+ +
? ?
? ?
? ?
Ans: (a)
2. Determine the height above the dashed line XX
coming out through the hole is situated at point B in the diagram given below.
Given that h = 10 m, L = 2 m and d = 30
(a) 10 m
(b) 7.1 m
(c) 5 m
(d) 3.2 m
Ans: (d)
3. If the magnetizing field on a ferromagnetic material is increased, its
permeability
AIIMS MBBS Entrance Exam 2015
Physics (Solved Paper)
A particle is projected with an angle of projection ? to the horizontal line
passing through the points (P, Q) and (Q, P) referred to horizontal and vertical
axes (can be treated as x-axis and y-axis respectively).
The angle of projection can be given by
2 2
P PQ Q
PQ
? ?
+ +
? ?
? ?
? ?
P Q PQ
PQ
? ?
? ?
? ?
? ?
P Q PQ
2PQ
? ?
? ?
? ?
? ?
Determine the height above the dashed line XX' attained by the wate
coming out through the hole is situated at point B in the diagram given below.
Given that h = 10 m, L = 2 m and d = 30°.
If the magnetizing field on a ferromagnetic material is increased, its
to the horizontal line
passing through the points (P, Q) and (Q, P) referred to horizontal and vertical
' attained by the water stream
coming out through the hole is situated at point B in the diagram given below.
If the magnetizing field on a ferromagnetic material is increased, its
(a) decreased
(b) increased
(c) is unaffected
(d) may be increased or decreased
Ans: (a)
4. A ball is dropped from a bridge 122.5 m above a river. After the ball has been
falling for 2s, a second ball is thrown straight down after it. What must the
initial velocity of the second ball be so that both hit the water at the same
time?
(a) 40 m/s
(b) 55.5 m/s
(c) 26.1 m/s
(d) 9.6 m/s
Ans: (c)
5. A body of mass 40 kg resting on rough horizontal surface is subjected to a
force P which is just enough to start the motion of the body. If µ
s
= 5,µx = 0.4,
g = 10 m/s
2
and the force P is continuously applied on the body, then the
acceleration of the body is
(a) zero
(b)
2
1 m / s
(c)
2
2 m / s
(d)
2
2.4 m / s
Ans: (b)
6. The self inductance of a coil having 500 turns is 50 mH. The magnetic flux
through the cross-sectional area of the coil while current through it is 8 mA is
found to be
(a)
4
4 10 Wb
-
×
(b) 0.04 Wb
(c) 4 µWb
(d) 40 mWb
Ans: (a)
7. A uniform metallic rod rotates about its perpendicular bisector with constant
angular speed. If it is heated uniformly to raise its temperature slightly, then
(a) its speed of rotation increases
(b) its speed of rotation decreases
(c) its speed of rotation remains same
(d) its speed increases because its moment of inertia increases
Ans: (b)
8. A uniform disc is acted by two equal forces of magnitude F. One of them, acts
tangentially to the disc, while other one is acting at the central point of the
disc. The friction between disc surface and ground surface is nF. If r be the
radius of the disc, then the value of n would be (in N)
(a) 0
(b) 1.2
(c) 2.0
(d) 3.2
Ans: (a)
9. While keeping area of cross
and length of solenoid one both doubled. The self inductance of the coil will
be
(a) halved
(b) doubled
(c) 1/4times the original value
(d) unaffected
Ans: (b)
10. Consider the circular loop having current i and with central point O. The
magnetic field at the centra
(a)
0
2 i
actingdownward
3 R
µ
p
its speed of rotation increases
its speed of rotation decreases
of rotation remains same
its speed increases because its moment of inertia increases
A uniform disc is acted by two equal forces of magnitude F. One of them, acts
tangentially to the disc, while other one is acting at the central point of the
disc. The friction between disc surface and ground surface is nF. If r be the
radius of the disc, then the value of n would be (in N)
While keeping area of cross-section of a solenoid same, the number of turns
gth of solenoid one both doubled. The self inductance of the coil will
1/4times the original value
Consider the circular loop having current i and with central point O. The
magnetic field at the central point O is
actingdownward
A uniform disc is acted by two equal forces of magnitude F. One of them, acts
tangentially to the disc, while other one is acting at the central point of the
disc. The friction between disc surface and ground surface is nF. If r be the
section of a solenoid same, the number of turns
gth of solenoid one both doubled. The self inductance of the coil will
Consider the circular loop having current i and with central point O. The
Page 4
AIIMS
Physics
1. A particle is projected with an angle of projection
passing through the points (P, Q) and (Q, P) referred to horizontal and vertical
axes (can be treated as x
The angle of projection can be given by
(a)
2 2
1
P PQ Q
tan
PQ
-
? ?
+ +
? ?
? ?
? ?
(b)
2 2
1
P Q PQ
tan
PQ
-
? ?
+ -
? ?
? ?
? ?
(c)
2 2
1
P Q
tan
2PQ
-
? ?
+
? ?
? ?
? ?
(d)
2 2
1
P Q PQ
sin
2PQ
-
? ?
+ +
? ?
? ?
? ?
Ans: (a)
2. Determine the height above the dashed line XX
coming out through the hole is situated at point B in the diagram given below.
Given that h = 10 m, L = 2 m and d = 30
(a) 10 m
(b) 7.1 m
(c) 5 m
(d) 3.2 m
Ans: (d)
3. If the magnetizing field on a ferromagnetic material is increased, its
permeability
AIIMS MBBS Entrance Exam 2015
Physics (Solved Paper)
A particle is projected with an angle of projection ? to the horizontal line
passing through the points (P, Q) and (Q, P) referred to horizontal and vertical
axes (can be treated as x-axis and y-axis respectively).
The angle of projection can be given by
2 2
P PQ Q
PQ
? ?
+ +
? ?
? ?
? ?
P Q PQ
PQ
? ?
? ?
? ?
? ?
P Q PQ
2PQ
? ?
? ?
? ?
? ?
Determine the height above the dashed line XX' attained by the wate
coming out through the hole is situated at point B in the diagram given below.
Given that h = 10 m, L = 2 m and d = 30°.
If the magnetizing field on a ferromagnetic material is increased, its
to the horizontal line
passing through the points (P, Q) and (Q, P) referred to horizontal and vertical
' attained by the water stream
coming out through the hole is situated at point B in the diagram given below.
If the magnetizing field on a ferromagnetic material is increased, its
(a) decreased
(b) increased
(c) is unaffected
(d) may be increased or decreased
Ans: (a)
4. A ball is dropped from a bridge 122.5 m above a river. After the ball has been
falling for 2s, a second ball is thrown straight down after it. What must the
initial velocity of the second ball be so that both hit the water at the same
time?
(a) 40 m/s
(b) 55.5 m/s
(c) 26.1 m/s
(d) 9.6 m/s
Ans: (c)
5. A body of mass 40 kg resting on rough horizontal surface is subjected to a
force P which is just enough to start the motion of the body. If µ
s
= 5,µx = 0.4,
g = 10 m/s
2
and the force P is continuously applied on the body, then the
acceleration of the body is
(a) zero
(b)
2
1 m / s
(c)
2
2 m / s
(d)
2
2.4 m / s
Ans: (b)
6. The self inductance of a coil having 500 turns is 50 mH. The magnetic flux
through the cross-sectional area of the coil while current through it is 8 mA is
found to be
(a)
4
4 10 Wb
-
×
(b) 0.04 Wb
(c) 4 µWb
(d) 40 mWb
Ans: (a)
7. A uniform metallic rod rotates about its perpendicular bisector with constant
angular speed. If it is heated uniformly to raise its temperature slightly, then
(a) its speed of rotation increases
(b) its speed of rotation decreases
(c) its speed of rotation remains same
(d) its speed increases because its moment of inertia increases
Ans: (b)
8. A uniform disc is acted by two equal forces of magnitude F. One of them, acts
tangentially to the disc, while other one is acting at the central point of the
disc. The friction between disc surface and ground surface is nF. If r be the
radius of the disc, then the value of n would be (in N)
(a) 0
(b) 1.2
(c) 2.0
(d) 3.2
Ans: (a)
9. While keeping area of cross
and length of solenoid one both doubled. The self inductance of the coil will
be
(a) halved
(b) doubled
(c) 1/4times the original value
(d) unaffected
Ans: (b)
10. Consider the circular loop having current i and with central point O. The
magnetic field at the centra
(a)
0
2 i
actingdownward
3 R
µ
p
its speed of rotation increases
its speed of rotation decreases
of rotation remains same
its speed increases because its moment of inertia increases
A uniform disc is acted by two equal forces of magnitude F. One of them, acts
tangentially to the disc, while other one is acting at the central point of the
disc. The friction between disc surface and ground surface is nF. If r be the
radius of the disc, then the value of n would be (in N)
While keeping area of cross-section of a solenoid same, the number of turns
gth of solenoid one both doubled. The self inductance of the coil will
1/4times the original value
Consider the circular loop having current i and with central point O. The
magnetic field at the central point O is
actingdownward
A uniform disc is acted by two equal forces of magnitude F. One of them, acts
tangentially to the disc, while other one is acting at the central point of the
disc. The friction between disc surface and ground surface is nF. If r be the
section of a solenoid same, the number of turns
gth of solenoid one both doubled. The self inductance of the coil will
Consider the circular loop having current i and with central point O. The
(b)
0
5 i
actingdownward
12R
µ
(c)
0
6 i
actingdownward
11R
µ
(d)
0
3 i
acting upward
7R
µ
Ans: (b)
11. The Boolean expression
circuit, represents
(a) AND gate
(b) NAND gate
(c) NOT gate
(d) OR gate
Ans: (d)
12. Consider the diagram shown below.
A voltmeter of resistance 150
drop across B and C measured by voltmeter is
(a) 29 V
(b) 27 V
(c) 31 V
(d) 30 V
Ans: (c)
13. Two spherical nuclei have mass numbers 216 and 64 with their radii R
R
2
respectively. The ratio,
(a) 3 : 2
(b) 1 : 3
(c) 1 : 2
(d) 2 : 3
actingdownward
actingdownward
acting upward
The Boolean expression P PQ, + where P and Q are the inputs of the logic
Consider the diagram shown below.
A voltmeter of resistance 150 O is connected across A and B. The potential
drop across B and C measured by voltmeter is
Two spherical nuclei have mass numbers 216 and 64 with their radii R
respectively. The ratio,
1
2
R
R
is equal to
where P and Q are the inputs of the logic
is connected across A and B. The potential
Two spherical nuclei have mass numbers 216 and 64 with their radii R
1
and
Page 5
AIIMS
Physics
1. A particle is projected with an angle of projection
passing through the points (P, Q) and (Q, P) referred to horizontal and vertical
axes (can be treated as x
The angle of projection can be given by
(a)
2 2
1
P PQ Q
tan
PQ
-
? ?
+ +
? ?
? ?
? ?
(b)
2 2
1
P Q PQ
tan
PQ
-
? ?
+ -
? ?
? ?
? ?
(c)
2 2
1
P Q
tan
2PQ
-
? ?
+
? ?
? ?
? ?
(d)
2 2
1
P Q PQ
sin
2PQ
-
? ?
+ +
? ?
? ?
? ?
Ans: (a)
2. Determine the height above the dashed line XX
coming out through the hole is situated at point B in the diagram given below.
Given that h = 10 m, L = 2 m and d = 30
(a) 10 m
(b) 7.1 m
(c) 5 m
(d) 3.2 m
Ans: (d)
3. If the magnetizing field on a ferromagnetic material is increased, its
permeability
AIIMS MBBS Entrance Exam 2015
Physics (Solved Paper)
A particle is projected with an angle of projection ? to the horizontal line
passing through the points (P, Q) and (Q, P) referred to horizontal and vertical
axes (can be treated as x-axis and y-axis respectively).
The angle of projection can be given by
2 2
P PQ Q
PQ
? ?
+ +
? ?
? ?
? ?
P Q PQ
PQ
? ?
? ?
? ?
? ?
P Q PQ
2PQ
? ?
? ?
? ?
? ?
Determine the height above the dashed line XX' attained by the wate
coming out through the hole is situated at point B in the diagram given below.
Given that h = 10 m, L = 2 m and d = 30°.
If the magnetizing field on a ferromagnetic material is increased, its
to the horizontal line
passing through the points (P, Q) and (Q, P) referred to horizontal and vertical
' attained by the water stream
coming out through the hole is situated at point B in the diagram given below.
If the magnetizing field on a ferromagnetic material is increased, its
(a) decreased
(b) increased
(c) is unaffected
(d) may be increased or decreased
Ans: (a)
4. A ball is dropped from a bridge 122.5 m above a river. After the ball has been
falling for 2s, a second ball is thrown straight down after it. What must the
initial velocity of the second ball be so that both hit the water at the same
time?
(a) 40 m/s
(b) 55.5 m/s
(c) 26.1 m/s
(d) 9.6 m/s
Ans: (c)
5. A body of mass 40 kg resting on rough horizontal surface is subjected to a
force P which is just enough to start the motion of the body. If µ
s
= 5,µx = 0.4,
g = 10 m/s
2
and the force P is continuously applied on the body, then the
acceleration of the body is
(a) zero
(b)
2
1 m / s
(c)
2
2 m / s
(d)
2
2.4 m / s
Ans: (b)
6. The self inductance of a coil having 500 turns is 50 mH. The magnetic flux
through the cross-sectional area of the coil while current through it is 8 mA is
found to be
(a)
4
4 10 Wb
-
×
(b) 0.04 Wb
(c) 4 µWb
(d) 40 mWb
Ans: (a)
7. A uniform metallic rod rotates about its perpendicular bisector with constant
angular speed. If it is heated uniformly to raise its temperature slightly, then
(a) its speed of rotation increases
(b) its speed of rotation decreases
(c) its speed of rotation remains same
(d) its speed increases because its moment of inertia increases
Ans: (b)
8. A uniform disc is acted by two equal forces of magnitude F. One of them, acts
tangentially to the disc, while other one is acting at the central point of the
disc. The friction between disc surface and ground surface is nF. If r be the
radius of the disc, then the value of n would be (in N)
(a) 0
(b) 1.2
(c) 2.0
(d) 3.2
Ans: (a)
9. While keeping area of cross
and length of solenoid one both doubled. The self inductance of the coil will
be
(a) halved
(b) doubled
(c) 1/4times the original value
(d) unaffected
Ans: (b)
10. Consider the circular loop having current i and with central point O. The
magnetic field at the centra
(a)
0
2 i
actingdownward
3 R
µ
p
its speed of rotation increases
its speed of rotation decreases
of rotation remains same
its speed increases because its moment of inertia increases
A uniform disc is acted by two equal forces of magnitude F. One of them, acts
tangentially to the disc, while other one is acting at the central point of the
disc. The friction between disc surface and ground surface is nF. If r be the
radius of the disc, then the value of n would be (in N)
While keeping area of cross-section of a solenoid same, the number of turns
gth of solenoid one both doubled. The self inductance of the coil will
1/4times the original value
Consider the circular loop having current i and with central point O. The
magnetic field at the central point O is
actingdownward
A uniform disc is acted by two equal forces of magnitude F. One of them, acts
tangentially to the disc, while other one is acting at the central point of the
disc. The friction between disc surface and ground surface is nF. If r be the
section of a solenoid same, the number of turns
gth of solenoid one both doubled. The self inductance of the coil will
Consider the circular loop having current i and with central point O. The
(b)
0
5 i
actingdownward
12R
µ
(c)
0
6 i
actingdownward
11R
µ
(d)
0
3 i
acting upward
7R
µ
Ans: (b)
11. The Boolean expression
circuit, represents
(a) AND gate
(b) NAND gate
(c) NOT gate
(d) OR gate
Ans: (d)
12. Consider the diagram shown below.
A voltmeter of resistance 150
drop across B and C measured by voltmeter is
(a) 29 V
(b) 27 V
(c) 31 V
(d) 30 V
Ans: (c)
13. Two spherical nuclei have mass numbers 216 and 64 with their radii R
R
2
respectively. The ratio,
(a) 3 : 2
(b) 1 : 3
(c) 1 : 2
(d) 2 : 3
actingdownward
actingdownward
acting upward
The Boolean expression P PQ, + where P and Q are the inputs of the logic
Consider the diagram shown below.
A voltmeter of resistance 150 O is connected across A and B. The potential
drop across B and C measured by voltmeter is
Two spherical nuclei have mass numbers 216 and 64 with their radii R
respectively. The ratio,
1
2
R
R
is equal to
where P and Q are the inputs of the logic
is connected across A and B. The potential
Two spherical nuclei have mass numbers 216 and 64 with their radii R
1
and
Ans: (a)
14. A massless rod S having length 2l has equal point masses attached to its two
ends as shown in figure. The rod is rotating about an axis passing through its
centre and making angle
momentum of rod i.e.
dL
(a)
3 2
2 m I sin cos ? ?· ?
(b)
2 2
mI sin 2 ? ?
(c)
2
mI sin 2?
(d)
1/2 1/2
m I sin cos ? ?· ?
Ans: (b)
15. A semiconductor having el
if its intrinsic carrier density is n
concentration P for which the conductivity will be minimum at a given
temperature?
(a)
n
i
p
n
µ
µ
A massless rod S having length 2l has equal point masses attached to its two
ends as shown in figure. The rod is rotating about an axis passing through its
centre and making angle a with the axis. The magnitude of change of
dL
dt
equals
2 m I sin cos ? ?· ?
m I sin cos ? ?· ?
A semiconductor having electron and hole motilities µ
n
and µ
p
respectively.
if its intrinsic carrier density is n
i
, then what will be the value of hole
concentration P for which the conductivity will be minimum at a given
A massless rod S having length 2l has equal point masses attached to its two
ends as shown in figure. The rod is rotating about an axis passing through its
the axis. The magnitude of change of
respectively.
, then what will be the value of hole
concentration P for which the conductivity will be minimum at a given
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