Physics 9702 · Cambridge International AS & A Level

Paper 3: Advanced Practical Skills

2 hours · 40 marks · 23% of the AS Level

Duration
2 hours
Marks
40
Practice here
100

What is on this paper

  • Practical work and structured questions
  • Questions are based on the experimental skills in the Practical assessment section of the syllabus.
  • Externally assessed

How it is weighted

  • 23% of the AS Level
  • 11.5% of the A Level

Which papers you sit

AS Level candidates take Papers 1, 2 and 3. A Level candidates take all five papers.

Assessment details are taken from the official Cambridge Physics 9702 syllabus for 2025-2027. Read the syllabus ↗

Practise the topics on Paper 3

All Physics topics →

100 original questions, each with a full worked solution. Free to read, no account needed.

Kinematics

Define and use distance, displacement, speed, velocity and acceleration; read displacement–time and velocity–time…

Mechanics 10 worked questions

Dynamics

Apply F = ma and Newton's laws of motion; define momentum and force as rate of change of momentum; describe…

Mechanics 10 worked questions

Forces, Density and Pressure

Define and apply the moment of a force and the torque of a couple; use the principle of moments and vector triangles…

Mechanics 10 worked questions

Work, Energy and Power

Use work done = force × displacement in the direction of the force and the principle of conservation of energy…

Mechanics 10 worked questions

Deformation of Solids

Use load, extension, limit of proportionality, Hooke's law and the spring constant k = F/x; define stress, strain and…

Mechanics 10 worked questions

Waves

Use displacement, amplitude, phase, period, frequency, wavelength and speed to describe progressive waves; derive and…

Waves 10 worked questions

Superposition

Apply the principle of superposition to explain stationary waves, nodes and antinodes; explain diffraction and the…

Waves 10 worked questions

Electricity

Use Q = It and I = Anvq for current as flow of quantised charge; define potential difference as energy transferred per…

Electricity and Circuits 10 worked questions

D.C. Circuits

Distinguish e.m.f. from potential difference and account for internal resistance; apply Kirchhoff's first and second…

Electricity and Circuits 10 worked questions

Particle Physics

Interpret the α-particle scattering experiment as evidence for a small, charged nucleus; use nucleon number, proton…

Particle Physics 10 worked questions