Physics Worksheets – A Level Year 13
Free A Level Year 13 Physics practice worksheets with real exam-style questions and full answer keys. This set has 9 printable papers covering Circular Motion, Gravitational Fields, Electric and Magnetic Fields, Nuclear Physics and 5 more. Work through them to build speed and accuracy, then check your answers against the key on each page. Stuck on any step? The Doubt Solver works out the full method for you.
Worksheets in this set
Circular Motion
Practice paper with full answer key
Gravitational Fields
Practice paper with full answer key
Electric and Magnetic Fields
Practice paper with full answer key
Nuclear Physics
Practice paper with full answer key
Thermal Physics
Practice paper with full answer key
Simple Harmonic Motion
Practice paper with full answer key
Capacitance
Practice paper with full answer key
Electromagnetic Induction
Practice paper with full answer key
Kinetic Theory of Gases
Practice paper with full answer key
Sample problems MCQ
Real questions taken from the worksheets above, with answers from the published answer key.
Q1.The angular velocity ω of an object is defined as...
- (a) the angle turned per unit time
- (b) the distance moved per unit time
- (c) the number of revolutions per second
- (d) the speed divided by the radius squared
Answer: (a) the angle turned per unit time
From: Circular Motion
Q1.Newton's law of gravitation gives the force between two point masses m₁ and m₂ separated by r as...
- (a) F = Gm₁m₂/r
- (b) F = Gm₁m₂/r²
- (c) F = Gm₁m₂r²
- (d) F = Gm₁m₂
Answer: (b) F = Gm₁m₂/r²
From: Gravitational Fields
Q1.Coulomb's law for the force between two point charges Q₁ and Q₂ separated by r is...
- (a) F = kQ₁Q₂/r
- (b) F = kQ₁Q₂/r²
- (c) F = kQ₁Q₂r
- (d) F = k(Q₁ + Q₂)/r²
Answer: (b) F = kQ₁Q₂/r²
Q1.The mass number of a nucleus is the number of...
- (a) protons only
- (b) protons and neutrons
- (c) neutrons only
- (d) electrons and protons
Answer: (b) protons and neutrons
From: Nuclear Physics
Q1.The energy needed to raise the temperature of a mass m by ΔT is given by...
- (a) Q = mcΔT
- (b) Q = mΔT/c
- (c) Q = mc/ΔT
- (d) Q = c/mΔT
Answer: (a) Q = mcΔT
From: Thermal Physics
Common mistakes to avoid
- •Forgetting that period (T = 1/f) and mixing up period and frequency in wave questions
- •Not resolving forces into components before applying Newton’s second law
- •Ignoring gravitational potential energy sign conventions in satellite orbit questions
Frequently asked questions
Are the Year 13 Physics worksheets free?
Yes - every Mohsim Digital Education worksheet is free to download with a full answer key.
How do I get a full step-by-step solution?
Run the question through the Doubt Solver on this site to get a clear worked solution instantly.
Do these cover the full A Level Physics syllabus?
The topics match the A2 Year 13 syllabus: further mechanics, fields, thermal physics and nuclear physics.
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