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GCSE physics force and motion practice questions

Last updated: 11/04/2025
Contributor: Grant Dawber
GCSE physics force and motion practice questions
Main Subject
Key stage
Category
Physics
Inside
Includes answers
Resource type
Student activity
Worksheet

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Get your students moving with these comprehensive force and motion practice questions, perfect for KS4 Physics revision and exam preparation.

What's included

  • Engaging real-world scenarios covering reaction timing, train motion and car crashes
  • Higher-level questions with detailed answers and explanations
  • Data analysis tasks incorporating graphs and calculations

Available as a free PDF download, or access the editable version with a science subscription.

How to use this resource

This resource includes 18 pages of questions covering  classroom activities and independent learning. Use them for starters, plenaries, homework assignments or revision sessions. The varied question styles help students develop essential skills in problem-solving, data interpretation and scientific reasoning whilst mastering key force and motion concepts.

What’s covered in these force and motion questions?

The worksheet contains the following sections:

  1. Reaction timing: Students measure and calculate reaction times using a ruler drop test, applying equations for gravity and acceleration.
  2. Bungee jump: Tests analysis of motion graphs, comparing velocity and speed, with focus on acceleration and deceleration.
  3. Hitting the brakes: Explores emergency stopping, including calculations for thinking time, braking distance and kinetic energy.
  4. Skydiving: Assesses understanding of terminal velocity, air resistance and gravitational forces during free fall.
  5. Water skiing: Tests knowledge of forces (gravity, upthrust), acceleration and speed-time graphs through practical scenarios.
  6. Bus to town: Evaluates the interpretation of distance-time graphs and calculations involving non-uniform motion.
  7. Motor racing: Covers vector quantities, acceleration and kinetic energy through race track scenarios.
  8. Taking the train: Examines distance vs displacement, velocity and curved motion using real journey data.
  9. Slow falling: Tests understanding of fluid dynamics through practical experiments with viscosity and upward forces.
  10. Crash: Explores momentum conservation, collision physics and safety features through vehicle collision scenarios.

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