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CUET Physics Previous Year Question

Q1. The mass of the Chlorine 17Cl35 nucleus is 34.98 amu, consisting of protons with a mass of 17.133025 amu and neutrons with a mass of 18.155970 amu.

Calculate the binding energy of the nucleus:

(a) 287.82 MeV (b) 270.0034 MeV

(c) 387.07 MeV (d) 87.009845 MeV

Q2. Two point charges of 1 C each are separated by a distance of 1 m in a vacuum. What is the electrostatic force of interaction between them?

(a) 3×10⁹ N (b) 9×10⁹ N

(c) 9×10⁸ N (d) 3×10⁸ N

Q3. A uniformly charged sphere of 80 C and radius 2 cm is placed in the air. What is the electric field intensity at a point 20 cm from the center of the sphere?

(a) 1.80×10⁷ N/C (b) 1.80×10⁵ N/C

(c) 1.45×10⁵ N/C (d) 1.45×10⁷ N/C

Q4. The terminal voltages of a cell are 29 V and 28 V when delivering currents of 1 A and 2 A, respectively. Determine the EMF and internal resistance of the cell.

(a) 30 V; 2Ω (b) 30 V; 1Ω

(c) 32 V; 2Ω (d) 32 V; 1Ω

Q5. The magnetic flux through a coil of resistance 6Ω, perpendicular to its plane, varies according to the relation Φ = 6t³ + 5t² + 4t - 6 Wb.

Determine the induced current through the coil at t=2s.

Select the correct induced current:

(a) 60 A (b) 10 A

(c) 16 A (d) 9 A

Q6. A ray of light incident at 25° on one refracting surface of a prism of angle 60° suffers a deviation of 50°. Calculate the angle of emergence.

(a) 85° (b) 75°

(c) 35° (d) 25°

Q7. Match List-I with List-II correctly:

Select the appropriate option from the given choices:

(a) (A) – (IV), (B) – (III), (C) – (II), (D) – (I)

(b) (A) – (IV), (B) – (II), (C) – (III), (D) – (I)

(c) (A) – (III), (B) – (IV), (C) – (I), (D) – (II)

(d) (A) – (IV), (B) – (III), (C) – (I), (D) – (II)

Q8. Total internal reflection of a light ray is feasible under which conditions?

(a) Denser to rarer medium; angle of incidence greater than critical angle

(b) Denser to rarer medium; angle of incidence less than critical angle

(c) Rarer to denser medium; angle of incidence greater than critical angle

(d) Rarer to denser medium; angle of incidence less than critical angle

Q9. Two positive point charges are 3 m apart. If their sum is 20 C and the force between them is 0.075 N, identify the two charges:

(a) 14 C and 6 C (b) 4 C and 16 C

(c) 15 C and 5 C (d) 12 C and 8 C

Q10. Why is the core of a transformer laminated?

(a) To minimize energy loss due to eddy currents

(b) To reduce weight

(c) To increase structural robustness

(d) To increase secondary voltage

Q11. A screen is placed 90 cm from an object. A convex lens forms an image at two different positions separated by 20 cm. Calculate the focal length.
(a) 22 cm (b) 20.8 cm
(c) 21.4 cm (d) 19.2 cm

Q12. A circular coil of 100 turns rotates about its vertical diameter at 60 rpm in a uniform magnetic field. Calculate the maximum induced EMF.
(a) 2.1 V (b) 13.3 V
(c) 0.22 V (d) 0.37 V

Q13. An alternating EMF is applied to an inductive circuit with a specific self-inductance. What is the reading on the AC ammeter?
(a) 1.55 A (b) 2.2 A
(c) 1.1 A (d) 4.4 A

Q14. An induced EMF is produced when a magnet is moved into a coil. The magnitude is independent of:
(a) Magnetic field strength
(b) Speed of motion
(c) Resistivity of the coil wire
(d) Number of turns

Q15. A slit is illuminated by light of a specific wavelength. If the first minimum is at a certain angle, determine the slit width.
(a) Option A (b) Option B
(c) Option C (d) Option D

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