CUET Physics Question Paper 2025 (Available)- Download Answer Key and Solution PDF

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Shivam Yadav

Updated 3+ months ago

The CUET 2025 exam was conducted from 13th May to 3rd June. The CUET Physics Question Paper 2025 with Answer Key and Solution PDF is available after the exam. The CUET Physics was moderate to difficult in the difficulty level.

As per the exam pattern, the CUET Physics exam consists of 50 questions for 250 marks to be attempted in 60 minutes. 5 marks are awarded for each correct answer, and 1 mark is deducted for each incorrect answer.

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CUET 2025 Question Paper with Solution PDF

CUET Physics Question Paper 2025 with Answer Key

CUET Physics Question Paper 2025 June 3 download iconDownload  Check Solution
CUET Physics Question Paper 2025 June 2 download iconDownload  Check Solution
CUET Physics Question Paper 2025 download iconDownload  Check Solution

CUET 2025 Physics Question Paper with Solutions  June 2

CUET Physics Questions June 3

Question 1:

A projectile is fired with an initial velocity \( u \) at an angle \( \theta \) to the horizontal. The time of flight is \( T \). What is the maximum height \( H \) reached by the projectile?

  • (1) \( \dfrac{u^2 \sin^2 \theta}{2g} \)
  • (2) \( \dfrac{u^2 \sin 2\theta}{2g} \)
  • (3) \( \dfrac{u^2 \sin^2 \theta}{g} \)
  • (4) \( \dfrac{u^2 \sin \theta}{2g} \)

Question 2:

Two point charges \( q_1 \) and \( q_2 \) are placed at a distance \( r \) in vacuum. The force between them is \( F \). If the distance is doubled and both charges are halved, what will be the new force?

  • (1) \( \dfrac{F}{8} \)
  • (2) \( \dfrac{F}{4} \)
  • (3) \( \dfrac{F}{2} \)
  • (4) \( \dfrac{F}{16} \)

Question 3:

In a circuit, if the resistance is doubled and the voltage is halved, what happens to the current flowing through the circuit?

  • (1) Becomes half
  • (2) Becomes quarter
  • (3) Becomes double
  • (4) Remains same

Question 4:

A convex lens forms an image at twice the distance of the object from the lens. What is the magnification?

  • (1) 2
  • (2) -2
  • (3) 0.5
  • (4) -0.5

Question 5:

The stopping potential for photoelectric emission from a metal surface is 2 V when light of wavelength 400 nm is incident. What will be the stopping potential for light of wavelength 300 nm? (Planck’s constant \( h = 6.63 \times 10^{-34} \) Js, speed of light \( c = 3 \times 10^8 \) m/s, charge of electron \( e = 1.6 \times 10^{-19} \) C)

  • (1) 4 V
  • (2) 6 V
  • (3) 8 V
  • (4) 10 V

Question 6:

In an adiabatic process, the work done by the gas is 500 J. What is the change in internal energy of the gas?

  • (1) 0 J
  • (2) +500 J
  • (3) –500 J
  • (4) Cannot be determined

Question 7:

A pendulum completes 20 oscillations in 40 seconds. What is its frequency?

  • (1) 0.5 Hz
  • (2) 2 Hz
  • (3) 20 Hz
  • (4) 40 Hz

Question 8:

A charged particle with charge \( q \) and velocity \( \vec{v} \) moves perpendicular to a magnetic field \( \vec{B} \). The radius of the circular path is \( r \). What is the expression for \( r \)?

  • (1) \( \frac{mv}{qB} \)
  • (2) \( \frac{qB}{m} \)
  • (3) \( \frac{m}{qBv} \)
  • (4) \( \frac{v}{mqB} \)

Question 9:

Which of the following physical quantities has the same dimensions as \( \dfrac{Force \times Time}{Mass} \)?

  • (1) Velocity
  • (2) Acceleration
  • (3) Momentum
  • (4) Impulse

Question 10:

A vehicle moves on a banked curve of radius \( r \) with banking angle \( \theta \). What is the speed \( v \) of the vehicle to avoid slipping without friction?

  • (1) \( \sqrt{r g \tan \theta} \)
  • (2) \( \sqrt{r g \cot \theta} \)
  • (3) \( \sqrt{\dfrac{r g}{\tan \theta}} \)
  • (4) \( \sqrt{r g \sin \theta} \)

CUET Physics 2025 Questions June 2

Question 1:

Two point charges \( +Q \) and \( -4Q \) are placed 60 cm apart. Where should a third charge be placed so that it experiences zero net force?

  • (A) 15 cm from \( +Q \)
  • (B) 20 cm from \( -4Q \)
  • (C) 60 cm from \( +Q \)
  • (D) 45 cm from \( -4Q \)

Question 2:

A disc of mass \( M \) and radius \( R \) is rolling without slipping with linear velocity \( v \). What is its total kinetic energy?

  • (A) \( \frac{1}{2} Mv^2 \)
  • (B) \( \frac{3}{4} Mv^2 \)
  • (C) \( \frac{1}{4} Mv^2 \)
  • (D) \( \frac{5}{6} Mv^2 \)

Question 3:

A block is resting on a rough horizontal surface. A force is applied horizontally, but the block does not move. What can be said about the frictional force acting on it?

  • (A) It is zero
  • (B) It is equal to the limiting friction
  • (C) It is more than the applied force
  • (D) It is equal to the applied force

Question 4:

If the temperature of an ideal gas is doubled at constant pressure, what happens to its volume?

  • (A) It becomes half
  • (B) It doubles
  • (C) It becomes one-fourth
  • (D) It remains unchanged

Question 5:

A 10-ohm resistor carries a current of 2 A. What is the power dissipated?

  • (A) 5 W
  • (B) 10 W
  • (C) 20 W
  • (D) 40 W

Question 6:

A wave travels along a string with a frequency of 50 Hz and wavelength of 2 m. What is its speed?

  • (A) 25 m/s
  • (B) 50 m/s
  • (C) 100 m/s
  • (D) 200 m/s

Question 7:

An object is placed 10 cm in front of a concave mirror of focal length 15 cm. The image formed is:

  • (A) Virtual and enlarged
  • (B) Real and enlarged
  • (C) Virtual and diminished
  • (D) Real and diminished

Question 8:

A current-carrying straight conductor produces a magnetic field. The direction of the field is given by:

  • (A) Ampere’s law
  • (B) Lenz’s law
  • (C) Right-hand thumb rule
  • (D) Faraday’s law

Question 9:

A body of mass 2 kg is raised to a height of 5 m. What is the potential energy gained? (Take \( g = 10 \, m/s^2 \))

  • (A) 10 J
  • (B) 50 J
  • (C) 100 J
  • (D) 150 J

Question 10:

If the velocity–time graph of a body is a straight line inclined to the time axis, the motion has:

  • (A) Uniform velocity
  • (B) Uniform acceleration
  • (C) Variable acceleration
  • (D) Zero acceleration

Question 11:

The value of acceleration due to gravity on the Moon is about \( \frac{1}{6} \) that on Earth. If an object weighs 60 N on Earth, its weight on the Moon is:

  • (A) 10 N
  • (B) 20 N
  • (C) 30 N
  • (D) 60 N

Question 12:

What is the amount of heat required to raise the temperature of 100 g of water from 30°C to 80°C? (Specific heat of water = 4.2 J/g°C)

  • (A) 2,100 J
  • (B) 12,600 J
  • (C) 21,000 J
  • (D) 42,000 J

Question 13:

Two like charges are placed 1 m apart in air. If the force between them is 9 N, and one charge is 1 C, what is the other charge? (Use \( k = 9 \times 10^9 \, Nm^2/C^2 \))

  • (A) 1 C
  • (B) 0.1 C
  • (C) 0.01 C
  • (D) \( 10^{-9} \, C \)

Question 14:

Two capacitors of 4 \(\mu\)F and 6 \(\mu\)F are connected in series. Their equivalent capacitance is:

  • (A) 10 \(\mu\)F
  • (B) 5 \(\mu\)F
  • (C) 2.4 \(\mu\)F
  • (D) 1.6 \(\mu\)F

Question 15:

In the Bohr model of hydrogen atom, the angular momentum of the electron is:

  • (A) Quantized as multiples of \( h \)
  • (B) Continuous
  • (C) Quantized as multiples of \( \frac{h}{2\pi} \)
  • (D) Equal to zero

Question 16:

Which of the following statements is \textbf{true} regarding static friction?

  • (A) It always equals the maximum static friction.
  • (B) It is always less than kinetic friction.
  • (C) It adjusts up to a maximum value to prevent motion.
  • (D) It acts only when the body is moving.

CUET Physics Questions 2025


Question 1:

The binding energy per nucleon initially increases and then decreases with mass number because:

  • (1) The force of attraction between nucleons increases initially and then decreases.
  • (2) The strong nuclear force between nucleons increases with mass number.
  • (3) The size of the nucleus increases with mass number, leading to decreased binding energy per nucleon.
  • (4) The weak nuclear force has no significant effect on the binding energy.

Question 2:

Energy is released in both nuclear fission and fusion because:

  • (1) The total mass before and after the reaction remains the same.
  • (2) The mass of the products is less than the mass of the reactants.
  • (3) Energy is not related to mass change.
  • (4) Both reactions involve a change in atomic number.

Question 3:

How much work is done to slide a crate for a distance of 25 m along a loading dock by pulling on it with a 180 N force where the dock is at an angle of \(45^\circ\) from the horizontal?

  • (1) 28.2 MeV

  • (2) 25.6 MeV

  • (3) 30.5 MeV

  • (4) 26.7 MeV


Question 4:

A body moves in a circular path with constant speed. Its kinetic energy:

  • (1) Remains constant
  • (2) Goes on increasing
  • (3) Goes on decreasing
  • (4) Becomes zero

Question 5:

In nuclear models, a negative kinetic energy value indicates:

  • (1) The system is in a stable state.
  • (2) The system is in an unstable state.
  • (3) The energy is being absorbed by the system.
  • (4) The system is not bound.

Question 6:

A particle of mass 2 kg moves at 3 m/s. Its kinetic energy is:

  • (1) 9 J
  • (2) 18 J
  • (3) 12 J
  • (4) 6 J

Question 7:

When light enters a different medium, its wavelength changes because:

  • (1) The frequency of the light changes.
  • (2) The speed of light changes in the new medium.
  • (3) The energy of the light changes.
  • (4) The color of the light changes.

Question 8:

Smaller wavelengths in light result in:

  • (1) Lower energy and lower frequency.
  • (2) Higher energy and higher frequency.
  • (3) Lower energy and higher frequency.
  • (4) Higher energy and lower frequency.

CUET Physics Exam Analysis

As per the previous years, 2024 - 2022, the CUET exam had 50 questions, out of which 40 were to be attempted. But in 2025, according to the revised CUET exam pattern, students are expected to attempt all 50 questions within the same time of 60 minutes; all the questions are compulsory to attempt.

In CUET 2025, the expected difficulty level of the CUET Physics will be Moderate to difficult, and this will result in a slightly lower CUET cutoff score. Check CUET Cutoff 2025 (Expected)

Year Difficulty Level Duration Total Questions Attempted Questions Key Topics Covered
2025 (Expected) Moderate to Difficult 60 mins 50 50 Electrostatics, Optics, Current Electricity, Electromagnetic Induction, Alternating Current, Modern Physics (Nuclear Physics), Semiconductor Electronics
2024 Moderate 60 mins 50 40 Electric Charges & Fields, Optics, Electromagnetic Induction, Alternating Current, Semiconductor Electronics
2023 Moderate 45 mins 50 40 Electrostatics, Optics, Current Electricity, Electromagnetic Induction, Semiconductor
2022 Easy to Moderate 60 mins 50 40 Electric Charges & Fields, Electrostatics, Optics, Semiconductor Electronics, Bohr's Model

Also Check:

CUET Questions

  • 1.
    Two charged metallic spheres with radii \(R_1\) and \(R_2\) are brought in contact and then separated. The ratio of final charges \(Q_1\) and \(Q_2\) on the two spheres respectively will be _____.
    Fill in the blank with the correct answer from the options given below

      • \(\frac{Q_2}{Q_1}=\frac{R_1}{R_2}\)
      • \(\frac{Q_2}{Q_1}<\frac{R_1}{R_2}\)
      • \(\frac{Q_2}{Q_1}>\frac{R_1}{R_2}\)
      • \(\frac{Q_2}{Q_1}=\frac{R_2}{R_1}\)

    • 2.
      In an adiabatic process, the work done by the gas is 500 J. What is the change in internal energy of the gas?

        • 0 J
        • +500 J
        • –500 J
        • Cannot be determined

      • 3.
        Two like charges are placed 1 m apart in air. If the force between them is 9 N, and one charge is 1 C, what is the other charge? (Use $ k = 9 \times 10^9 \, \text{Nm}^2/\text{C}^2 $)

          • 1 C
          • 0.1 C
          • 0.01 C
          • \( 10^{-9} \, \text{C} \)

        • 4.
          If the temperature of an ideal gas is doubled at constant pressure, what happens to its volume?

            • It becomes half
            • It doubles
            • It becomes one-fourth
            • It remains unchanged

          • 5.
            The current through a \(\frac{4}{3}\Omega\) external resistance connected to a parallel combinationof two cells of 2 V and 1 V emf and internal resistances of 1 \(\Omega\) and 2 \(\Omega\) respectively is ______.
            Fill in the blank with the correct answer from the options given below

              • 1A
              • \(\frac{2}{3}A\)
              • \(\frac{3}{4}A\)
              • \(\frac{5}{6}A\)

            • 6.
              Two resistances of 100 \(\Omega\) and 200 \(\Omega\) are connected in series across a 20 V battery as shown in the figure below. The reading in a 200 \(\Omega\) voltmeter connected across the 200 \(\Omega\) esistance is _______.
              Figure
              Fill in the blank with the correct answer from the options given below

                • 4V
                • \(\frac{40}{3}V\)

                • 10V
                • 16V

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