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Page 1
CBSE XII | PHYSICS
Sample Paper – 3 Solution
CBSE Board
Class XII – Physics
Sample Paper – 3 Solution
A1. q 1q 2 > 0 means that q 1 and q 2 have the same sign. Either both charges are positive or
both are negative so the force between them will be repulsive.
q 1q 2 < 0, then force will be attractive.
A2.
A3. The side bands are at 1000+10 = 1010kHz
and 1000 -10 = 990kHz.
A4. The diode is reverse biased.
This is because the p side is at a lower voltage than the n side.
A5. 1THz to 1000THz
A6.
(i) The flux is zero as the net charge enclosed by the Gaussian surface will be zero.
(ii) If the Gaussian surface is made cubical, the flux is the same. It stays zero, this is
because the flux depends only on the charge enclosed & is independent of the shape
of the Gaussian surface.
A7. The neutral temperature will be
0
10
500
0.02
n
a
C
b
? ? ? ? ? .
The inversion temperature is twice the neutral temperature, so it is 1000
0
C.
A8. Total resistance of the circuit is 60+3 = 63 ohms. The current in the circuit is I = 3/63 =
0.048 A.
Page 2
CBSE XII | PHYSICS
Sample Paper – 3 Solution
CBSE Board
Class XII – Physics
Sample Paper – 3 Solution
A1. q 1q 2 > 0 means that q 1 and q 2 have the same sign. Either both charges are positive or
both are negative so the force between them will be repulsive.
q 1q 2 < 0, then force will be attractive.
A2.
A3. The side bands are at 1000+10 = 1010kHz
and 1000 -10 = 990kHz.
A4. The diode is reverse biased.
This is because the p side is at a lower voltage than the n side.
A5. 1THz to 1000THz
A6.
(i) The flux is zero as the net charge enclosed by the Gaussian surface will be zero.
(ii) If the Gaussian surface is made cubical, the flux is the same. It stays zero, this is
because the flux depends only on the charge enclosed & is independent of the shape
of the Gaussian surface.
A7. The neutral temperature will be
0
10
500
0.02
n
a
C
b
? ? ? ? ? .
The inversion temperature is twice the neutral temperature, so it is 1000
0
C.
A8. Total resistance of the circuit is 60+3 = 63 ohms. The current in the circuit is I = 3/63 =
0.048 A.
CBSE XII | PHYSICS
Sample Paper – 3 Solution
A9. On introducing a dielectric in the capacitor, its capacitance will increase.
Then, the total impedance of the circuit will decrease as
2
2
1
ZR
C ?
??
??
??
??
.
Hence, the current in the circuit increases and the brightness of the lamp increases.
A10. Two crossed polaroids are placed perpendicular to each other. Let the intensity of
incident light be I 0. The light transmitted by first Polaroid has intensity I 0/2 because if
unpolarised light is incident on a polaroid the transmitted intensity is half the original
intensity.
The light transmitted by second Polaroid has intensity
? ?
2 0
cos
2
I
? where ? is the angle
between the axes of first and second Polaroid.
Thus, the light transmitted by third Polaroid has intensity
? ? ? ?
2 2 0 2 2 2 0 0 0
cos cos (90 ) cos (sin ) sin 2
2 2 8
I I I
? ? ? ? ? ? ? ? .
This intensity will be maximum when
0
45 ? ?
A11. NAND gate is called a universal gate because it can be used to obtain other basic gates
like AND, NOT and OR gates.
NAND gates can be combined as shown below to realize a basic OR gate.
A12. Some characteristics of the carrier signal are varied in accordance with the
modulating or message signal. This is called modulation.
Amplitude modulation, frequency modulation and phase modulation of waves are the
different types of modulation.
A13. Nuclear density for iron will be 2.3x10
17
kg/m
3
.
Nuclear density is independent of mass number A, so iron also has the same nuclear
density as hydrogen.
Page 3
CBSE XII | PHYSICS
Sample Paper – 3 Solution
CBSE Board
Class XII – Physics
Sample Paper – 3 Solution
A1. q 1q 2 > 0 means that q 1 and q 2 have the same sign. Either both charges are positive or
both are negative so the force between them will be repulsive.
q 1q 2 < 0, then force will be attractive.
A2.
A3. The side bands are at 1000+10 = 1010kHz
and 1000 -10 = 990kHz.
A4. The diode is reverse biased.
This is because the p side is at a lower voltage than the n side.
A5. 1THz to 1000THz
A6.
(i) The flux is zero as the net charge enclosed by the Gaussian surface will be zero.
(ii) If the Gaussian surface is made cubical, the flux is the same. It stays zero, this is
because the flux depends only on the charge enclosed & is independent of the shape
of the Gaussian surface.
A7. The neutral temperature will be
0
10
500
0.02
n
a
C
b
? ? ? ? ? .
The inversion temperature is twice the neutral temperature, so it is 1000
0
C.
A8. Total resistance of the circuit is 60+3 = 63 ohms. The current in the circuit is I = 3/63 =
0.048 A.
CBSE XII | PHYSICS
Sample Paper – 3 Solution
A9. On introducing a dielectric in the capacitor, its capacitance will increase.
Then, the total impedance of the circuit will decrease as
2
2
1
ZR
C ?
??
??
??
??
.
Hence, the current in the circuit increases and the brightness of the lamp increases.
A10. Two crossed polaroids are placed perpendicular to each other. Let the intensity of
incident light be I 0. The light transmitted by first Polaroid has intensity I 0/2 because if
unpolarised light is incident on a polaroid the transmitted intensity is half the original
intensity.
The light transmitted by second Polaroid has intensity
? ?
2 0
cos
2
I
? where ? is the angle
between the axes of first and second Polaroid.
Thus, the light transmitted by third Polaroid has intensity
? ? ? ?
2 2 0 2 2 2 0 0 0
cos cos (90 ) cos (sin ) sin 2
2 2 8
I I I
? ? ? ? ? ? ? ? .
This intensity will be maximum when
0
45 ? ?
A11. NAND gate is called a universal gate because it can be used to obtain other basic gates
like AND, NOT and OR gates.
NAND gates can be combined as shown below to realize a basic OR gate.
A12. Some characteristics of the carrier signal are varied in accordance with the
modulating or message signal. This is called modulation.
Amplitude modulation, frequency modulation and phase modulation of waves are the
different types of modulation.
A13. Nuclear density for iron will be 2.3x10
17
kg/m
3
.
Nuclear density is independent of mass number A, so iron also has the same nuclear
density as hydrogen.
CBSE XII | PHYSICS
Sample Paper – 3 Solution
A14. In amplitude modulation (AM), the amplitude of modulated (carrier) wave varies in
accordance with amplitude of information (signal) wave. When amplitude of the
information wave increases, the amplitude of modulated wave also increases and vice
– versa.
In frequency modulation (FM), the frequency of modulated wave varies in accordance
with the frequency of the signal wave. In this case the amplitude of modulated wave is
fixed.
A15. Ampere’s circuital law states that
0
. ?
?
? Bdl i where I refers to the current passing
through amperian loop S around the current element.
The magnitude of the magnetic field due to a circular coil of radius R carrying a
current i at its centre is
0
2
i
B
R
?
?
Magnetic field lines due to circular current carrying coil is represented as
OR
The capacitive reactance is
C 6
C
11
X 212
2 fC 2 (50)(15.0x10 )
The rms current is
V 220
i= 1.04A (1/2)
X 212
The peak current 2 i 2(1.04) 1.47A
?
? ? ? ?
??
??
??
If the frequency is doubled, the capacitive reactance is halved and the current gets doubled.
Page 4
CBSE XII | PHYSICS
Sample Paper – 3 Solution
CBSE Board
Class XII – Physics
Sample Paper – 3 Solution
A1. q 1q 2 > 0 means that q 1 and q 2 have the same sign. Either both charges are positive or
both are negative so the force between them will be repulsive.
q 1q 2 < 0, then force will be attractive.
A2.
A3. The side bands are at 1000+10 = 1010kHz
and 1000 -10 = 990kHz.
A4. The diode is reverse biased.
This is because the p side is at a lower voltage than the n side.
A5. 1THz to 1000THz
A6.
(i) The flux is zero as the net charge enclosed by the Gaussian surface will be zero.
(ii) If the Gaussian surface is made cubical, the flux is the same. It stays zero, this is
because the flux depends only on the charge enclosed & is independent of the shape
of the Gaussian surface.
A7. The neutral temperature will be
0
10
500
0.02
n
a
C
b
? ? ? ? ? .
The inversion temperature is twice the neutral temperature, so it is 1000
0
C.
A8. Total resistance of the circuit is 60+3 = 63 ohms. The current in the circuit is I = 3/63 =
0.048 A.
CBSE XII | PHYSICS
Sample Paper – 3 Solution
A9. On introducing a dielectric in the capacitor, its capacitance will increase.
Then, the total impedance of the circuit will decrease as
2
2
1
ZR
C ?
??
??
??
??
.
Hence, the current in the circuit increases and the brightness of the lamp increases.
A10. Two crossed polaroids are placed perpendicular to each other. Let the intensity of
incident light be I 0. The light transmitted by first Polaroid has intensity I 0/2 because if
unpolarised light is incident on a polaroid the transmitted intensity is half the original
intensity.
The light transmitted by second Polaroid has intensity
? ?
2 0
cos
2
I
? where ? is the angle
between the axes of first and second Polaroid.
Thus, the light transmitted by third Polaroid has intensity
? ? ? ?
2 2 0 2 2 2 0 0 0
cos cos (90 ) cos (sin ) sin 2
2 2 8
I I I
? ? ? ? ? ? ? ? .
This intensity will be maximum when
0
45 ? ?
A11. NAND gate is called a universal gate because it can be used to obtain other basic gates
like AND, NOT and OR gates.
NAND gates can be combined as shown below to realize a basic OR gate.
A12. Some characteristics of the carrier signal are varied in accordance with the
modulating or message signal. This is called modulation.
Amplitude modulation, frequency modulation and phase modulation of waves are the
different types of modulation.
A13. Nuclear density for iron will be 2.3x10
17
kg/m
3
.
Nuclear density is independent of mass number A, so iron also has the same nuclear
density as hydrogen.
CBSE XII | PHYSICS
Sample Paper – 3 Solution
A14. In amplitude modulation (AM), the amplitude of modulated (carrier) wave varies in
accordance with amplitude of information (signal) wave. When amplitude of the
information wave increases, the amplitude of modulated wave also increases and vice
– versa.
In frequency modulation (FM), the frequency of modulated wave varies in accordance
with the frequency of the signal wave. In this case the amplitude of modulated wave is
fixed.
A15. Ampere’s circuital law states that
0
. ?
?
? Bdl i where I refers to the current passing
through amperian loop S around the current element.
The magnitude of the magnetic field due to a circular coil of radius R carrying a
current i at its centre is
0
2
i
B
R
?
?
Magnetic field lines due to circular current carrying coil is represented as
OR
The capacitive reactance is
C 6
C
11
X 212
2 fC 2 (50)(15.0x10 )
The rms current is
V 220
i= 1.04A (1/2)
X 212
The peak current 2 i 2(1.04) 1.47A
?
? ? ? ?
??
??
??
If the frequency is doubled, the capacitive reactance is halved and the current gets doubled.
CBSE XII | PHYSICS
Sample Paper – 3 Solution
A16. Force acting on charge q moving with velocity v in magnetic field B:
F q(v B) ??
(i) Kinetic energy of the particle does not change as the force acting on it is always
perpendicular to the velocity. A force that is perpendicular to the velocity cannot
change the magnitude of the velocity. All that the force does is to change the
direction of the particle keeping the magnitude of velocity unchanged.
(ii) The instantaneous power is F.v, where F and v are the force and velocity vector
respectively. Since the force and velocity are perpendicular to each other, so F.v = 0.
A17. Intensity is I= 4I 0 cos
2
F/2
When path difference is ?, phase difference is 2p
I= 4I o cos
2
? = 4 I o = K (given)
When path difference is ? = ? /3, then the phase difference will be
F'=2 ? ? / ?
=2 ? × ?/3? = 2 ?/3
Hence the intensity at a point where the path difference is ?/3, is
I'=4I 0 cos
2
2 ? /6 (since K = 4I 0)
= K cos
2
?/3= K x {1/2}2 = (¼) K.
A18.
The de Broglie wavelength is
e e p p
hh
p 2mK
For the electron, proton and -particle, is same
m K m K m K cons tan t
??
? ? ?
??
? ? ?
As mass of electron is minimum its kinetic energy will be maximum.
As mass of alpha-particle is maximum its kinetic energy is minimum.
A19. In any radioactive sample, the number of nuclei undergoing the decay per unit time is
proportional to the total number of nuclei in the sample.
Radioactive decay law is
dN
N
dt
? ? ?
Integrating the above expression gives
? ?
? ?
t
0
0
1/2
1/2
N t N e
N
Put N t and t T
2
0.693
T
??
?
??
?
?
Page 5
CBSE XII | PHYSICS
Sample Paper – 3 Solution
CBSE Board
Class XII – Physics
Sample Paper – 3 Solution
A1. q 1q 2 > 0 means that q 1 and q 2 have the same sign. Either both charges are positive or
both are negative so the force between them will be repulsive.
q 1q 2 < 0, then force will be attractive.
A2.
A3. The side bands are at 1000+10 = 1010kHz
and 1000 -10 = 990kHz.
A4. The diode is reverse biased.
This is because the p side is at a lower voltage than the n side.
A5. 1THz to 1000THz
A6.
(i) The flux is zero as the net charge enclosed by the Gaussian surface will be zero.
(ii) If the Gaussian surface is made cubical, the flux is the same. It stays zero, this is
because the flux depends only on the charge enclosed & is independent of the shape
of the Gaussian surface.
A7. The neutral temperature will be
0
10
500
0.02
n
a
C
b
? ? ? ? ? .
The inversion temperature is twice the neutral temperature, so it is 1000
0
C.
A8. Total resistance of the circuit is 60+3 = 63 ohms. The current in the circuit is I = 3/63 =
0.048 A.
CBSE XII | PHYSICS
Sample Paper – 3 Solution
A9. On introducing a dielectric in the capacitor, its capacitance will increase.
Then, the total impedance of the circuit will decrease as
2
2
1
ZR
C ?
??
??
??
??
.
Hence, the current in the circuit increases and the brightness of the lamp increases.
A10. Two crossed polaroids are placed perpendicular to each other. Let the intensity of
incident light be I 0. The light transmitted by first Polaroid has intensity I 0/2 because if
unpolarised light is incident on a polaroid the transmitted intensity is half the original
intensity.
The light transmitted by second Polaroid has intensity
? ?
2 0
cos
2
I
? where ? is the angle
between the axes of first and second Polaroid.
Thus, the light transmitted by third Polaroid has intensity
? ? ? ?
2 2 0 2 2 2 0 0 0
cos cos (90 ) cos (sin ) sin 2
2 2 8
I I I
? ? ? ? ? ? ? ? .
This intensity will be maximum when
0
45 ? ?
A11. NAND gate is called a universal gate because it can be used to obtain other basic gates
like AND, NOT and OR gates.
NAND gates can be combined as shown below to realize a basic OR gate.
A12. Some characteristics of the carrier signal are varied in accordance with the
modulating or message signal. This is called modulation.
Amplitude modulation, frequency modulation and phase modulation of waves are the
different types of modulation.
A13. Nuclear density for iron will be 2.3x10
17
kg/m
3
.
Nuclear density is independent of mass number A, so iron also has the same nuclear
density as hydrogen.
CBSE XII | PHYSICS
Sample Paper – 3 Solution
A14. In amplitude modulation (AM), the amplitude of modulated (carrier) wave varies in
accordance with amplitude of information (signal) wave. When amplitude of the
information wave increases, the amplitude of modulated wave also increases and vice
– versa.
In frequency modulation (FM), the frequency of modulated wave varies in accordance
with the frequency of the signal wave. In this case the amplitude of modulated wave is
fixed.
A15. Ampere’s circuital law states that
0
. ?
?
? Bdl i where I refers to the current passing
through amperian loop S around the current element.
The magnitude of the magnetic field due to a circular coil of radius R carrying a
current i at its centre is
0
2
i
B
R
?
?
Magnetic field lines due to circular current carrying coil is represented as
OR
The capacitive reactance is
C 6
C
11
X 212
2 fC 2 (50)(15.0x10 )
The rms current is
V 220
i= 1.04A (1/2)
X 212
The peak current 2 i 2(1.04) 1.47A
?
? ? ? ?
??
??
??
If the frequency is doubled, the capacitive reactance is halved and the current gets doubled.
CBSE XII | PHYSICS
Sample Paper – 3 Solution
A16. Force acting on charge q moving with velocity v in magnetic field B:
F q(v B) ??
(i) Kinetic energy of the particle does not change as the force acting on it is always
perpendicular to the velocity. A force that is perpendicular to the velocity cannot
change the magnitude of the velocity. All that the force does is to change the
direction of the particle keeping the magnitude of velocity unchanged.
(ii) The instantaneous power is F.v, where F and v are the force and velocity vector
respectively. Since the force and velocity are perpendicular to each other, so F.v = 0.
A17. Intensity is I= 4I 0 cos
2
F/2
When path difference is ?, phase difference is 2p
I= 4I o cos
2
? = 4 I o = K (given)
When path difference is ? = ? /3, then the phase difference will be
F'=2 ? ? / ?
=2 ? × ?/3? = 2 ?/3
Hence the intensity at a point where the path difference is ?/3, is
I'=4I 0 cos
2
2 ? /6 (since K = 4I 0)
= K cos
2
?/3= K x {1/2}2 = (¼) K.
A18.
The de Broglie wavelength is
e e p p
hh
p 2mK
For the electron, proton and -particle, is same
m K m K m K cons tan t
??
? ? ?
??
? ? ?
As mass of electron is minimum its kinetic energy will be maximum.
As mass of alpha-particle is maximum its kinetic energy is minimum.
A19. In any radioactive sample, the number of nuclei undergoing the decay per unit time is
proportional to the total number of nuclei in the sample.
Radioactive decay law is
dN
N
dt
? ? ?
Integrating the above expression gives
? ?
? ?
t
0
0
1/2
1/2
N t N e
N
Put N t and t T
2
0.693
T
??
?
??
?
?
CBSE XII | PHYSICS
Sample Paper – 3 Solution
A20.
1 amu = 931.5 MeV
amu m 004 . 0 ) 009 . 1 017 . 3 ( ) 015 . 2 ( 2 ? ? ? ? ?
Hence energy released per deuteron = (0.004 x 931.5)/2 = 1.863 MeV
The number of deuterons in 1kg =N A/2 =6.023 × 10
26
/2
Energy released = (3.01 × 10
26
)(1.863 × 10
6
)(1.6x10
-19
) J = 9.0×10
13
J
A21.
(i) If the audio signal is directly transmitted, the size of antenna will be very large
which is not practically feasible. This is because, the size of the antenna required is
proportional to /4 ? .
(ii) Effective power radiated by antenna is proportional to square of frequency. For an
audio frequency wave the radiated power will be extremely small.
(iii) iIf different programmes, audio frequencies are directly transmitted then what
you will hear at the receiver will be a mixture of all these signals.
A22.
(i) E remains same as it depends on the charge on the plates and the medium between
the plates. Q remains same as charge does not change on the plates.
(ii) V = Ed, so as the distance is doubled V also doubles.
(iii) C = Q/V and V is doubled whereas Q remains same. So C is halved.
A23.
C b
=0.8
= /(1- )
=0.8/(1-0.8) = 4
I = I = 6 4 = 24 mA
?
? ? ?
? ? ? ?
OR
Here, m = 3.2g = 3.2 10
-3
kg
E = 10
10
NC
-1
Let n be the number of electrons removed from the coin. Then the charge on the coin is
q = +n e
When the coin just floats,
Upward force of electric field = weight of the coin
n q E = mg
n =
?
?
??
3
7
19 10
mg 3.2x10 x9.8
1.96x10
qE 1.6x10 x10
electrons
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FAQs on Physics: Sample Solution Paper- 3, Class 12 - Sample Papers for Class 12 Medical and Non-Medical
| 1. What is the equation for calculating the force on a charged particle moving in a magnetic field? |  |
Ans. The equation for calculating the force on a charged particle moving in a magnetic field is given by the formula F = qvBsinθ, where F is the force, q is the charge of the particle, v is the velocity of the particle, B is the magnetic field strength, and θ is the angle between the velocity and the magnetic field.
| 2. What is the difference between a scalar quantity and a vector quantity in physics? | |
Ans. In physics, a scalar quantity is a quantity that has only magnitude and no direction, whereas a vector quantity has both magnitude and direction. Examples of scalar quantities include temperature, mass, and time, while examples of vector quantities include velocity, force, and displacement.
| 3. How is the principle of conservation of energy applied in physics? | |
Ans. The principle of conservation of energy states that energy can neither be created nor destroyed, but it can only be transformed from one form to another. In physics, this principle is applied to various situations, such as in calculating the potential and kinetic energy of an object, or in analyzing the energy transfers in different types of systems, like mechanical, electrical, or thermal systems.
| 4. What is the difference between elastic and inelastic collisions? | |
Ans. In an elastic collision, both kinetic energy and momentum are conserved, meaning that the total kinetic energy before the collision is equal to the total kinetic energy after the collision. In contrast, in an inelastic collision, only momentum is conserved, while kinetic energy is not necessarily conserved. In an inelastic collision, some of the kinetic energy is converted into other forms of energy, such as heat or sound.
| 5. What is the relationship between wavelength and frequency in physics? | |
Ans. In physics, wavelength and frequency are inversely related. This means that as the wavelength of a wave increases, its frequency decreases, and vice versa. This relationship is described by the equation c = λν, where c is the speed of light, λ is the wavelength, and ν is the frequency.
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Physics: Sample Solution Paper- 3, Class 12 Class 12 Questions
The "Physics: Sample Solution Paper- 3, Class 12 Class 12 Questions" guide is a valuable resource for all aspiring students preparing for the
Class 12 exam. It focuses on providing a wide range of practice questions to help students gauge
their understanding of the exam topics. These questions cover the entire syllabus, ensuring comprehensive preparation.
The guide includes previous years' question papers for students to familiarize themselves with the exam's format and difficulty level.
Additionally, it offers subject-specific question banks, allowing students to focus on weak areas and improve their performance.
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The content of Physics: Sample Solution Paper- 3, Class 12 is prepared as per the latest Class 12 syllabus.
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