AQA and Edexcel are the two dominant GCSE Physics exam boards in England for students taking separate triple sciences. Both cover the same national curriculum content specified by Ofqual, but they distribute topics across papers differently, frame mathematical questions with distinct emphases, and specify different required practical activities.
What content is common to all GCSE Physics specifications?
Ofqual defines the topics that every GCSE Physics specification must include:
- Energy stores and transfers
- Electricity (circuits and mains)
- Particle model of matter
- Atomic structure and radioactivity
- Forces and Newton's laws
- Waves (including sound and light)
- Magnetism and electromagnetism
- Space physics
All accredited GCSE Physics qualifications in England — AQA, Edexcel, OCR, and others — cover this same content. The difference between boards is structural and stylistic, not a difference in what students must ultimately understand.
What does AQA GCSE Physics assess?
AQA GCSE Physics (specification code 8463) uses two written papers, each one hour and forty-five minutes and worth 100 marks.
Paper 1 covers: Energy; Electricity; Particle Model of Matter; Atomic Structure.
Paper 2 covers: Forces; Waves; Magnetism and Electromagnetism; Space Physics.
AQA Physics papers are mathematically demanding at higher tier. Multi-step calculations — combining two or more physics relationships in a single problem — are common, especially in energy, electricity, and forces questions. AQA also expects students to select and rearrange equations from a provided equation sheet and from a set of equations they must memorise. Extended-response questions that ask students to evaluate an argument or describe a complete scientific explanation are worth six marks and reward logical structure.
AQA specifies ten required practicals for Physics. Students can be questioned on any of these in the written papers.
What does Edexcel GCSE Physics assess?
Edexcel GCSE Physics (specification code 1PH0) also uses two written papers, each one hour and forty-five minutes and 100 marks.
Paper 1 covers: Key Concepts of Physics; Motion and Forces; Conservation of Energy; Waves; Light and the Electromagnetic Spectrum; Radioactivity.
Paper 2 covers: Astronomy; Energy — Forces Doing Work; Forces and their Effects; Electricity and the National Grid; Static Electricity; Magnetism and the Motor Effect; Electromagnetic Induction; Particle Model; Forces and Matter.
Edexcel's paper 1 combines several topic areas that AQA separates. Paper 2 is notably longer in content breadth, covering astronomy, static electricity, and electromagnetic induction alongside the forces and electricity topics. Edexcel also includes Separate Physics extension content that distinguishes students on the triple science route from those on combined science.
Side-by-side comparison
| Feature | AQA GCSE Physics (8463) | Edexcel GCSE Physics (1PH0) |
|---|---|---|
| Papers | 2 × 1h 45min | 2 × 1h 45min |
| Total marks | 200 | 200 |
| Paper 1 key topics | Energy, Electricity, Particles, Atomic | Motion, Energy, Waves, Light, Radioactivity |
| Paper 2 key topics | Forces, Waves, Magnetism, Space | Astronomy, Electricity, Magnetism, Particles |
| Equation requirement | Memorise + equation sheet provided | Memorise + equation sheet provided |
| Required practicals | 10 required practicals | Core practicals embedded by topic |
| Extension content | Integrated (clearly marked higher tier) | Separate Physics 1 & 2 sections in papers |
| Mathematical style | Multi-step combined calculations | Procedural calculations, data interpretation |
How much maths is involved?
Both boards require a substantial amount of mathematics, consistent with Ofqual's requirement that at least 30% of marks in GCSE Physics involve mathematical skills. Rearranging equations, converting units, and working with proportional reasoning appear in both. AQA's question style tends to ask students to combine formulae across multiple steps; Edexcel's style often involves presenting a physical situation and asking students to apply a single relationship accurately.
Students who find physics maths difficult should practise with past papers from their own board — not cross-board — because the phrasing of calculation questions differs and the layout of answers expected by mark schemes varies.
What should revision focus on?
- Equations are non-negotiable. Both boards require students to memorise a set of equations and may also provide a reference sheet. Confirming which equations are provided and which must be memorised is an early revision task.
- Required practicals carry hidden marks. Questions about experimental design, sources of error, and evaluation of results are drawn directly from the required practicals. Students who treat practicals as a classroom task and forget about them in revision often drop marks they could easily claim.
- Space physics is often underrevised. Both boards include space physics topics that appear at the end of the specification. Students who run out of revision time frequently miss these topics.
- Six-mark questions need practice writing. Both boards include extended-response questions that reward structured scientific explanation. Practising these with mark schemes builds the habit of covering the expected points in a logical order.
Frequently asked questions
Does it matter which GCSE Physics board my child sits?
For most students, the choice of board is irrelevant to their long-term outcome — the content is equivalent and universities or sixth forms do not distinguish. What matters is using the correct revision materials, past papers, and mark schemes for the board the school has entered the student for.
Is AQA Physics harder than Edexcel Physics?
There is no consistent evidence that one board is harder than the other. Ofqual ensures grade boundaries are set each year to compensate for variations in paper difficulty. A student who thoroughly understands the physics content, can apply equations confidently, and has practised past papers from their correct board is well-placed on either specification.
How can I find out which Physics board my child's school uses?
Ask the physics teacher directly, or check the mock exam paper — it will carry the awarding body's name and specification code on its front cover. All subject teachers know which board they are entered for as it determines which training and resources they access.
What about OCR GCSE Physics?
OCR is the third major provider of GCSE Physics in England (code J249). It covers the same Ofqual content and uses a similar two-paper written structure. OCR's question style often emphasises thinking skills and novel data analysis. If your child's school uses OCR, all of the above revision principles apply — use OCR past papers and mark schemes rather than AQA or Edexcel materials for exam practice.
Whether your child sits AQA or Edexcel Physics, AI Tutors helps them work through equations and exam-style questions step by step — with a tutor who explains the reasoning, not just the answer.