CUET 2026 Physics MCQs for Practice

Physics MCQ Question Answers for CUET 2026

Physics MCQs– Practice the Physics MCQs suitable for various Entrance Exams including CUET. Learn and practice Physics questions and answers. Physics MCQ questions are very helpful for various competitive exams. CUET is a Common University Entrance Test that is now mandatory to take admission to Central Universities in India. Physics MCQ questions are based on the latest CUET 2026 exam pattern and other entrance exams, so that you can have a fair idea about exam trends that will be followed for various entrance exams.

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1. Two parallel wires carrying current in the same direction attract each other because of:

a.magnetic forces between them

b.electric forces between them

c.mutual inductance between them

d.potential difference between them

2. For a particle moving along a circular path with a constant speed, the acceleration is constant in:

a.neither magnitude nor direction

b.both magnitude and direction

c.magnitude

d.direction

3. In an interference pattern the position of zeroth order maxima is 4.8 mm from a certain point P on the screen. The fringe width is 0.2 mm. The position of second maxima from point P is:

a.5 mm

b.5.1 mm

c.5.2 mm

d.40 mm

4. For gases:

a.both the elasticities are equal

b.isothermal elasticity is greater than adiabatic elasticity

c.adiabatic elasticity is greater than isothermal elasticity

d.none of the above

5. A projectile is projected at an angle 60 degree with horizontal with speed 10 m/s. The minimum radius of curvature of the trajectory described by the projectile is:

a.2.55 m

b.2 m

c.none of these

d.10 m

6. If Youngs double slit experiment, is performed in water:

a.the fringe width will decrease

b.the fringe width will remain unchanged

c.there will be no fringe

d.the fringe width will increase

7. Image formed by convex mirror is:

a.enlarged

b.virtual

c.inverted

d.real

8. A 50 mH coil carries a current of 2 A, the energy stored in joule is:

a.0.05

b.0.5

c.1

d.0.1

9. If in a cinema hall, the distance between the projector and the screen is increased by 2%, keeping everything else unchanged, then the intensity of illumination on the screen is:

a.decreased by 4%

b.increased by 4%

c.decreased by 2%

d.increased by 2%

10. The core of any transformer is laminated so as to:

a.make it robust and strong

b.reduce the energy loss due to eddy currents

c.increase the secondary voltage

d.make it light weight

11. A point source generates 10 J of light energy in 2 s. The luminous flux of source is:

a.5 lumen

b.none of these

c.50 lumen

d.10 lumen

12. What happen to the elastic property of a substance after annealing (cooling slowly after heating)?

a.Decreases

b.Becomes zero

c.Increases

d.Remains as such

13. To use a moving coil galvanometer as an ammeter one must connect:

a.high resistance in parallel with the coil

b.low resistance in series with the coil

c.low resistance in parallel with the coil

d.high resistance in series with the coil

14. If a body loses half of its velocity on penetrating 3 cm in a wooden block, then how much will it penetrate more before coming to rest?

a.1cm

b.4cm

c.3cm

d.2cm

15. A cut diamond sparkles because of its:

a.emission of light by the diamond

b.hardness

c.high refractive index

d.absorption of light by the diamond

16. A wire of resistance R is stretched so that its length increases by 10%. The resistance of the wire increases by:

a.11%

b.15%

c.21%

d.28%

17. Two charged particles each of mass m and charge q are projected in a uniform magnetic field B with the same speed as such planes of motion of particles are perpendicular to magnetic field B, then:

a.all of the above

b.the magnetic forces on them are same to each other

c.the kinetic energies of particles are same to each other

d.they move on circular path of same radii

18. Convergence of concave mirror can be decreased by dipping in:

a.none of these

b.both A and B

c.oil

d.water

19. The time period of artificial satellite in a circular orbit of radius R is T. The radius of the orbit in which time period is 8T is:

a.2R

b.4R

c.5R

d.3R

20. A train runs past a telegraph pole in 15 second, and through a tunnel 450 metre long in 45 s. The length of the train is

a.325 m

b.225 m

c.425 m

d.450 m

21. A mass M is suspended from a spring of negligible mass. The spring is pulled a little and then released, so that the mass executes SHM of time period T. If the mass is increased by m, the time period becomes 5T/3. Then the ratio of m/M is:

a.5/3

b.3/5

c.25/9

d.16/9

22. In a common-base mode of transistor, the collector current is 5.488 mA for an emitter current of 5.60 mA. The value of the base current amplification factor (β) will be:

a.48

b.50

c.49

d.51

23. If the time-displacement graph of a particle is parallel to the time-axis, the velocity of particle is:

a.zero

b.variable

c.infinity

d.equal to its acceleration numerically

24. As a bubble comes from the bottom of a lake to the top, its radius:

a.decreases

b.does not change

c.becomes zero

d.increases

25. The inductance of a coil in which a current of 0.1 A increasing at the rate of 0.5A/s represents a power flow of 1/2 W, is:

a.20 H

b.10 H

c.8 H

d.2 H

26. A light spring balance hangs from the hook of the other light spring balance and a block of mass M kg hangs from the former one. Then the true statement about the scale reading is:

a.both the scales read M kg each

b.the scale of the lower one reads M kg and of the upper one zero

c.the reading of the two scales can be anything but the sum of the reading will be M kg

d.both the scales read M/2 kg

27. Calculate the velocity of image with respect to observer if an observer is walking away from the plane mirror with 6 m/s.

a.-6 m/s

b.3 m/s

c.6 m/s

d.12 m/s

28. In L-R circuit, the time constant is given by:

a.L/R

b.LR

c.1/LR

d.R/L

29. The internal energy U is a unique function of any state because change in U:

a.does not depend upon path

b.corresponds to an adiabatic process

c.corresponds to an isothermal process

d.depend upon path

30. An iron ball is weighed in air and then in water by a spring balance:

a.its weight in air is more than in water

b.its weight is zero in water

c.its weight is same both in air and water

d.its weight in water is more than in air

31. A stone falls freely from rest and the total distance covered by it in the last second of its motion equals the distance covered by it in the first three second of its motion. The stone remains in air for

a.4 s

b.7 s

c.6 s

d.5 s

32. A virtual image larger than the object can be obtained by:

a.convex mirror

b.concave mirror

c.concave lens

d.plane mirror

33. In a watch the average angular velocity is maximum for the tip of:

a.minutes hand

b.hours hand

c.equal for all hands

d.seconds hand

34. The time period of an earths satellite in circular orbit is independent of:

a.both the mass and radius of the orbit

b.neither the mass of the satellite nor the radius of its orbit

c.radius of its orbit

d.the mass of the satellite

35. A lorry and a car, moving with the same KE are brought to rest by applying the same retarding force then:

a.both will come to rest in the same distance

b.none of the above

c.car will come to rest in a shorter distance

d.lorry will come to rest in a shorter distance

36. Mark correct option.

a.If internal forces are non-conservative, the net work done by internal forces must be zero

b.The negative change in potential energy is equal to work done

c.Mechanical energy of a system remains constant

d.None of the above

37. Which one of the following can produce maximum induced emf?

a.50 A DC

b.50 A 500 Hz AC

c.50 A 50 Hz AC

d.100 A DC

38. If a system undergoes contraction of volume, then the work done by the system is:

a.negligible

b.zero

c.positive

d.negative

39. Which of the following is/are not conservative force?

a.Electrostatic force in the coulomb field

b.All of the above

c.Frictional force

d.Gravitational force

40. Two pure inductor coils of self-inductance L each are connected in series, the net inductance is:

a.2L

b.L

c.L/4

d.L/2

41. A positive charge is moving upwards in a magnetic field which is towards north. The particle will be deflected towards:

a.north

b.west

c.east

d.south

42. When a simple pendulum is rotated in a vertical plane with constant angular velocity, centripetal force is:

a.zero

b.same at all points

c.maximum at highest point

d.maximum at lowest point

43. The speed of a particle moving in a circle is increasing. The dot product of its acceleration and velocity is:

a.may be +ve or –ve

b.zero

c.negative

d.positive

44. A p-n junction diode is reverse biased. The resistance measured by an ohmmeter connected across it will be:

a.zero

b.low

c.infinite

d.high

45. Two resistances are connected in parallel and a current is sent through the combination. The current divides itself:

a.in the inverse ratio of resistances

b.in none of the above manner

c.equally in both the resistances

d.in the direct ratio of resistances

46. A particle of mass 10 kg is executing SHM of time period 2 s and amplitude 0.25 m. The magnitude of maximum force on the particle is:

a.zero

b.40.6 N

c.5 N

d.24.65 N

47. When p-n junction diode is forward biased, then:

a.the depletion region is widened and barrier height is reduced

b.the depletion region is reduced and barrier height is increased

c.both the depletion region and barrier height are reduced

d.both the depletion region and barrier height are increased

48. A current loop placed in a magnetic field behaves like a:

a.magnetic pole

b.all are true

c.magnetic dipole

d.magnetic substance

49. In simple harmonic motion, the particle is:

a.alternately accelerated and retarded

b.always retarded

c.always accelerated

d.neither accelerated nor retarded

50. The sensitivity of a potentiometer can be increased by:

a.decreasing the length of potentiometer wire

b.increasing the emf of the cell used in primary circuit

c.all the above methods

d.increasing the length of potentiometer wire

51. The most efficient heat engine is one which is:

a.driven by high speed diesel

b.none of the above

c.reversible

d.irreversible

52. Significant motion for the molecules of a monoatomic gas corresponds to:

a.vibratory

b.none of these

c.rotatory

d.translatory

53. Which of the following substances has the highest value of the Youngs modulus?

a.Wood

b.Plastic

c.Rubber

d.Steel

54. Two vessels having equal volume contain molecular hydrogen at one atmosphere and helium at two atmospheres respectively. If both samples are at the same temperature the mean velocity of hydrogen molecules is:

a.half that of helium

b.equal to that of helium

c.√2 times that of helium

d.twice that of helium

55. During swinging of simple pendulum:

a.the mechanical energy remains constant in the presence of air resistance

b.the work done by gravitational force is zero

c.the work done by tension force is always zero

d.the mechanical energy of bob does not remain constant in the absence of air

56. The time period of a simple pendulum at the centre of earth is:

a.infinite

b.none of these

c.zero

d.less than zero

57. To convert a galvanometer into an ammeter, we should connect:

a.a high resistance in parallel with it

b.a low resistance in parallel with it

c.a low resistance in series with it

d.a high resistance in series with it

58. A passenger in a moving train tosses a coin. If the coin falls behind him, the train must be moving with:

a.any of these

b.an uniform speed

c.an acceleration

d.a deceleration

59. In an equilateral triangle ABC, AL, BM and CN are the medians . Which of the following would correctly represent the resultant of two forces represented
by BC and BA ?

a.2BM

b.AC

c.2CN

d.2AL

60. The focal length of convex mirror is 20 cm, its radius of curvature will be:

a.30 cm

b.20 cm

c.10 cm

d.40 cm

61. An object fall from rest. In the last second of its fall, it covers half of the total distance. If g = 9.8 m s-2 then the total height of the fall is

a.78.4 m

b.50 m

c.57 m

d.19.6 m

62. The difference in the variation of resistance with temperature in a metal and a semiconductor arises essentially due to the difference in the:

a.type of bonding

b.variation of the number of charge carriers with temperature

c.crystal structure

d.variation of scattering mechanism with temperature

63. A proton moving in a straight line enters a strong magnetic field along the field direction. How will its path and velocity change?

a.Path is circular but speed constant

b.Path is same but velocity increase

c.Path is same and velocity remains constant

d.Path is same but motion is retarded

64. When a satellite going round the earth in a circular orbit of radius r and speed v loses some of its energy, then r and v change as:

a.r and v both will increase

b.r will decrease and v will increase

c.r will increase and v will decrease

d.r and v both will decrease

65. If there were a smaller gravitational effect, which of the following forces do you think would alter in some respect?

a.Archimedes uplift

b.Electrostatic force

c.Viscous force

d.Nuclear force

66. Which one of the following is not the advantage of semiconductor device in the electron tubes?

a.Unlimited life

b.Low consumption of power for cathode heating

c.No warming up time for switching

d.Greater efficiency

67. Two wires of the same material and length are stretched by the same force. Their masses are in the ratio 3:2, their elongations are in the ratio:

a.2:3

b.3:2

c.9:4

d.4:9

68. Youngs modulus for perfectly inelastic body is:

a.zero

b.infinity

c.one

d.finite

69. When we apply reverse bias to a junction diode, it:

a.raises the potential barrier

b.greatly increases the minority carrier current

c.greatly increases the majority carrier current

d.lowers the potential barrier

70. We write the relation for Boyles law in the form PV = C, when the temperature remains constant. In this relation the magnitude of C depends upon:

a.the nature of the gas used in the experiment

b.the magnitude of g in the laboratory

c.the atmospheric pressure

d.the quantity of the gas enclosed

71. The size of the image, if an object of 2.5m height is placed at a distance of 10 cm from a concave mirror is: (Take radius of curvature of concave mirror = 30 cm)

a.5.6 m

b.10.5 m

c.9.2 m

d.7.5 m

72. For a perfect gas if:

a.T is given P is uniquely determined

b.T is given P and V both are uniquely determined

c.P and V are given T is uniquely determined

d.T is given V is uniquely determined

73. A bullet fired into a fixed target loses half of its velocity after penetrating 3 cm. How much further it will penetrate before coming to rest, assuming that it faces constant resistance to motion?

a.3.0 cm

b.2.0 cm

c.1.0 cm

d.1.5 cm

74. The time period of a charged particle undergoing a circular motion in a uniform magnetic field is independent of its:

a.speed

b.mass

c.charge

d.magnetic induction

75. A body weighs 5 N in air and 2 N when immersed in a liquid. The buoyant force is:

a.7 N

b.5 N

c.3 N

d.2 N

76. A man walks 4 m towards East and then 3 m towards North and there he fixes a pole 12 m high. The distance between the starting point and tip of the pole in space is

a.7 m

b.19 m

c.11 m

d.13 m

77. In the case of SHM, if the particle is at the mean position, then the particle is in:

a.unstable equilibrium

b.neutral equilibrium

c.stable equilibrium

d.none of these

78. The pressure at the bottom of a tank of liquid is not proportional to:

a.the acceleration

b.the height of the liquid

c.the density of the liquid

d.the area of the liquid surface

79. Ray optics fails when the size of the obstacle is:

a.5 cm

b.A and B both

c.3 cm

d.less than the wavelength of light

80. Two cells of 1.25 V and 0.75 V are connected in parallel. The effective voltage is:

a.1.25 V

b.0.5 V

c.2 V

d.0.75 V

81. Which of the following phenomena can be used to analyse a beam of light into its component wavelength?

a.Refraction

b.Reflection

c.Polarisation

d.Interference

82. In which of the following cases the potential energy is defined?

a.Non-conservative force only

b.Neither conservative nor non-conservative forces

c.Both conservative and non-conservative forces

d.Conservative force only

83. If a metal wire of length L, having area of cross-section A and Youngs modulus Y, behaves as a spring of spring constant k. The value of k is:

a.YA/2L

b.YA/L

c.YL/A

d.2YA/L

84. If the mass of bob of simple pendulum is increased by 50%, the time period of the pendulum:

a.none of these

b.does not change

c.increases

d.decreases

85. When the body is moving up, the acceleration due to gravity will be:

a.upward

b.nil

c.sideways

d.downward

86. In each heart beat, a heart pump 80 ml of blood at an average pressure of 100 mm of Hg. What will be the power output of the heart? (Assume 60 heart beats per minute)

a.0.5W

b.1W

c.2.75W

d.1.06W

87. A particle moves along y-axis according to equation y = 3 + 4 cos wt. The motion of particle is:

a.none of the above

b.SHM

c.not SHM

d.oscillatory but not SHM

88. A horizontal force of 10 N is necessary to just hold a block stationary against a wall. The coefficient of friction between the block and the wall is 0.2. The weight of the block is:

a.2N

b.50N

c.20N

d.100N

89. Which of the following statements is false for a particle moving in a circle with a constant angular speed?

a.The velocity vector is tangent to the circle

b.The velocity and acceleration vectors are perpendicular to each other

c.The acceleration vector is tangent to the circle

d.The acceleration vector points to the centre of the circle

90. The reactance of an inductor connected with DC voltage is:

a.zero

b.none of these

c.1Ω

d.infinity

91. An alloy is prepared by mixing equal volume of two metals. The specific gravity of alloy is 4. But when equal masses of two same metals are mixed together, the specific gravity of alloy is 3. The specific gravity of each metal is:

a.6, 4

b.6, 2

c.4, 8

d.2, 4

92. If a current is passed through a spring then the spring will:

a.expand

b.compress

c.remain same

d.none of these

93. Which of the following statements about the centripetal and centrifugal forces is correct?

a.Centripetal force is directed opposite to the centrifugal force

b.Both centripetal force and centrifugal force act on the same body

c.Centripetal force is experienced by the observer at the centre of the circular path described by the body

d.Centripetal force balances the centrifugal force

94. The maximum velocity of a particle, executing simple harmonic motion with an amplitude 7 mm, is 4.4 m/s. the period of oscillation is:

a.10 s

b.100 s

c.0.1 s

d.0.01 s

95. If the distance between the two particles is increased by 2%, then the force of attraction between them will:

a.increase by 4%

b.increase by 6%

c.decrease by 6%

d.decrease by 4%

96. Two bodies have same mass and speed, then:

a.both B and C are correct

b.their momentums are same

c.the ratio of their magnitudes of momentum is one

d.the ratio of momentums is not determined

97. 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. The tension in the string is:

a.20N

b.7.2N

c.none of these

d.10N

98. The minimum velocity (in m/s) with which a car driver must traverse a flat curve of radius 150 m and coefficient of friction 0.6 to avoid skidding is:

a.15 m/s

b.60 m/s

c.25 m/s

d.30 m/s

99. Which of the following quantities is not carried by light?

a.None of the above

b.Linear momentum

c.Energy

d.Angular momentum

100. In the case of SHM, at the time of maximum kinetic energy:

a.potential energy must be zero

b.potential energy must not be zero

c.potential energy is maximum

d.potential energy is minimum

Also See

- CUET Languages MCQs for 2025 exam
  CUET Subjects MCQs for 2025 exams

CUET 2026 Physics MCQ Question Answers – 100 MCQs for Practice

Physics MCQ Question Answers for CUET 2026

CUET Languages MCQs for 2025 exam

CUET Subjects MCQs for 2025 exams

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