JAMB UTME

Jamb Physics Past Questions (2013)

This comprehensive past paper from 2013 offers Jamb UTME candidates an invaluable opportunity to test their knowledge and problem-solving abilities in Physics. It features 50 multiple-choice questions designed to assess understanding across key areas including mechanics, heat, waves, electricity, optics, and modern physics.

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50 Questions
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34m
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About This Exam

This comprehensive past paper from 2013 offers Jamb UTME candidates an invaluable opportunity to test their knowledge and problem-solving abilities in Physics. It features 50 multiple-choice questions designed to assess understanding across key areas including mechanics, heat, waves, electricity, optics, and modern physics.

Topics Covered

- Mechanics

Exam Structure

  • Question Formatmcq
  • Total Questions50
  • Estimated Duration34 minutes
  • Difficulty LevelMedium

Learning Objectives

  • Solve problems related to mechanics, including forces, motion, work, and energy.

Prerequisites

A solid understanding of secondary school physics concepts and basic mathematical skills is required.

Sample Questions

Get a taste of what to expect in the full exam.

1
MCQQuestion

Total internal reflection does not occur when light travels

A

water to air.

B

water into glass.

C

glass to air.

D

glass into water.

Answer hidden — Download app to see
2
MCQQuestion

When a brick is taken from the earth's surface to the moon, its mass

A

remains constant

B

reduces.

C

increases.

D

becomes zero.

Answer hidden — Download app to see
3
MCQQuestion

A cell of emf 1.5V1.5V is connected in series with a resistor and a current of 0.3A0.3A flows through the resistor. Find the internal resistance of the cell.

A

4Ω4\Omega.

B

3.0Ω3.0\Omega.

C

1.5Ω1.5\Omega.

D

1.00Ω1.00\Omega.

Answer hidden — Download app to see
4
MCQQuestion

In photo-emission, the number of photoelectrons ejected per second depends on the_.

A

frequency of the beam.

B

work function of the metal.

C

threshold frequency of the metal.

D

intensity of the beam.

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5
MCQQuestion

When a charge moves through an electric circuit in the direction of an electric force, it

A

gains both potential and kinetic energy.

B

gains potential energy but loses kinetic energy.

C

loses potential energy but gains kinetic energy.

D

loses both potential and kinetic energy.

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6
MCQQuestion

A simple pendulum of 0.4m0.4m has a period of 2s2s. What is the period of a similar pendulum of length 0.8m0.8m at the same place?

A

8s8s

B

4s4s

C

22s2\sqrt{2}s

D

2s\sqrt{2}s

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7
MCQQuestion

Calculate the force acting on an electron of charge 1.5×1019C1.5 \times 10^{-19}C placed in an electric field of intensity 105Vm110^5Vm^{-1}.

A

1.5×1011N1.5 \times 10^{-11}N

B

1.5×1012N1.5 \times 10^{-12}N

C

1.5×1013N1.5 \times 10^{-13}N

D

1.5×1014N1.5 \times 10^{-14}N

Answer hidden — Download app to see
8
MCQQuestion

If a sonometer has a fundamental frequency of ff, what is the frequency of the first overtone?

A

0Hz0Hz

B

456Hz456Hz

C

44Hz44Hz

D

75Hz75Hz

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9
MCQQuestion

From the diagram below, calculate the incident angle ii.

A

4141^\circ.

B

4949^\circ.

C

5555^\circ.

D

6161^\circ.

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10
MCQQuestion

The bond between silicon and germanium is

A

dative.

B

covalent.

C

trivalent.

D

ionic.

Answer hidden — Download app to see

Ready to start practicing?

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How to Prepare

Key Preparation Tips

  • Review core physics concepts thoroughly.

Mistakes to Avoid

  • Calculation errors, especially with units and scientific notation.

Success Criteria

Achieving a high score (e.g., 70% or above) indicates a strong grasp of the Jamb Physics syllabus and readiness for the UTME.

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