IGCSE Physics
Develop understanding of forces, energy, waves, electricity, and nuclear physics with strong mathematical application.
IGCSE Physics explores the fundamental laws governing the physical world. From mechanics to electromagnetism, students develop quantitative problem-solving skills and practical investigation techniques essential for engineering and physics pathways.
Why IGCSE Physics Matters
IGCSE and GCSE grades are usually what sixth forms and IB or A Level programs look at when deciding whether you can take a subject further.
Grades: Cambridge IGCSE A*–G (9–1 in England only); Pearson Edexcel International GCSE and UK GCSE 9–1.
Papers, tiers and coursework differ by board and by subject, so lessons follow your own specification: tell us your board and syllabus code on the intro call.
IGCSE Physics topics
An outline of the main topics. The exact content and its order follow your own board's specification.
- Measurement
- Motion
- Mass and weight
- Density
- Kinetic theory
- Thermal expansion
- Heat transfer
- Specific heat
- Wave properties
- Light
- Sound
- Electromagnetic spectrum
- Circuits
- Resistance
- Magnetism
- Electromagnetic induction
- Radioactivity
- Nuclear reactions
- Half-life
- Uses of radiation
- Newton's laws
- Momentum
- Work and energy
- Pressure
- Energy transfers
- Efficiency
- Power stations
- Renewable energy
How lessons approach Physics
Understanding the content, and answering the questions the way the mark scheme rewards.
- Understand equations conceptually, not just memorize
- Draw clear diagrams for all physics scenarios
- Connect formulas to real-world applications
- Practice unit analysis for every calculation
- Always include units in your answers
- Show substitution into formulas clearly
- Practice graph interpretation questions
- Master significant figures and rounding
Past papers
Past papers from your exam board, worked through in lessons with the mark scheme.