Specification - GCSE Physics
GCSE Physics Specification
GCSE Physics gives learners a structured way to understand the physical world, from forces and electricity to waves, radioactivity, energy, and global challenges.
The course is designed to build secure scientific knowledge, practical awareness, mathematical confidence, and the ability to explain physical ideas clearly in written answers.
Physics A Gateway Science
Physics A (Gateway Science) organises the subject into clear teaching topics. Each topic focuses on key physics concepts and links practical activity skills with the theory assessed in the written papers.
Learners are entered for either Foundation tier or Higher tier. They sit two papers at the chosen tier, and both papers together make up the full GCSE Physics qualification.
The course helps learners develop
- knowledge and understanding of core physics ideas
- confidence using scientific models, equations, and explanations
- practical skills linked to planning, measurement, observation, and evaluation
- the ability to connect physics concepts across different contexts
- clear reasoning when interpreting data, graphs, and experimental evidence
Specification overview
The content is split into eight teaching topics, P1-P8, plus a practical activity skills topic, P9. The same topic structure supports both Foundation and Higher tier learners.
At each tier, Paper 1 focuses mainly on Topics P1-P4 and practical skills, while Paper 2 focuses mainly on Topics P5-P8 and practical skills. Paper 2 may also assume knowledge from Topics P1-P4.
Content overview
| Topic | Physics content |
|---|---|
| Topic P1 | Matter |
| Topic P2 | Forces |
| Topic P3 | Electricity |
| Topic P4 | Magnetism and magnetic fields |
| Topic P5 | Waves in matter |
| Topic P6 | Radioactivity |
| Topic P7 | Energy |
| Topic P8 | Global challenges |
| Topic P9 | Practical skills |
Foundation tier: grades 5 to 1
| Component | Content focus | Assessment overview | Weighting |
|---|---|---|---|
| Paper 1 J249/01 | Topics P1-P4 and P9 | Written paper 90 marks 1 hour 45 minutes | 50% of total GCSE |
| Paper 2 J249/02 | Topics P5-P8 and P9, with assumed knowledge of Topics P1-P4 and P9 | Written paper 90 marks 1 hour 45 minutes | 50% of total GCSE |
Higher tier: grades 9 to 4
| Component | Content focus | Assessment overview | Weighting |
|---|---|---|---|
| Paper 3 J249/03 | Topics P1-P4 and P9 | Written paper 90 marks 1 hour 45 minutes | 50% of total GCSE |
| Paper 4 J249/04 | Topics P5-P8 and P9, with assumed knowledge of Topics P1-P4 and P9 | Written paper 90 marks 1 hour 45 minutes | 50% of total GCSE |
Why study GCSE Physics?
Physics develops the tools learners need to describe, model, and explain the behaviour of the natural world. It supports understanding of everyday technologies as well as larger scientific ideas such as energy transfer, radiation, fields, and motion.
The Gateway-style structure helps learners build the subject step by step. Practical skills are not treated as a separate add-on; they are connected to the theory so students can understand how scientific evidence is collected, tested, and interpreted.
Aims and learning outcomes
GCSE Physics provides a foundation for understanding scientific ideas and the way science works. Learners study important physical systems, use models to explain observations, and practise applying knowledge to unfamiliar problems.
By the end of the course, learners should be more confident using physics to explain patterns, make predictions, handle data, evaluate evidence, and communicate conclusions.
Key ideas include
- using conceptual models and theories to explain physical phenomena
- understanding that effects often have one or more causes
- recognising that changes may be driven by differences between objects or systems
- exploring how interactions can occur through contact or at a distance
- using hypothesis, observation, testing, theory development, and review as part of scientific progress
- applying quantitative analysis as a central part of physics and scientific inquiry
Learners will be encouraged to
- develop secure knowledge and conceptual understanding of physics
- apply mathematical skills to physical contexts
- plan, interpret, and evaluate practical work
- connect ideas across different physics topics
- write clear explanations using appropriate scientific terminology