Short answer
Both AQA and Edexcel GCSE Physics assess the same National Curriculum content through two terminal exam papers of 1 hour 45 minutes each. The specifications differ in topic sequencing, the phrasing of required practicals, and the balance between mathematical and conceptual questions. Most students sit whichever board their school uses and have no say in the choice.
At a glance
- Key stage
- GCSE
- Subject
- Physics
- Type
- Comparison
- For
- Parents
- Read time
- 5 min
- Last updated
- 10 September 2026
Where this fits
- Key Stage 3Years 7–9
- GCSEYears 10–11This article
What content do both boards cover?
AQA (specification 8463) and Edexcel (specification 1PH0) are both governed by Ofqual's GCSE Physics subject criteria, which means the core content is identical. Both specifications include:
- Energy stores and transfers
- Electricity and circuits
- Particle model of matter and atomic structure
- Forces and motion
- Waves and the electromagnetic spectrum
- Magnetism and electromagnetism
- Nuclear physics and radioactivity
- Space physics (Higher tier)
Students on either specification will revise the same fundamental ideas. The difference lies in how topics are grouped across the two papers and in the specific required practicals each board nominates.
How do the two specifications structure their papers?
| Feature | AQA GCSE Physics | Edexcel GCSE Physics |
|---|---|---|
| Specification code | 8463 | 1PH0 |
| Number of written papers | 2 | 2 |
| Time per paper | 1 hour 45 minutes | 1 hour 45 minutes |
| Tiers available | Foundation and Higher | Foundation and Higher |
| Paper 1 topic focus | Energy; Electricity; Particle model; Atomic structure | Key concepts; Motion and forces; Conservation of energy; Waves; Radioactivity |
| Paper 2 topic focus | Forces; Waves; Magnetism; Space physics (Higher) | Electricity; Magnetism; Electromagnetic induction; Forces and matter; Particle model |
| Required practicals | 10 named practicals | 18 core practicals |
| Non-exam assessment | None (practical skills assessed in written papers) | None (practical skills assessed in written papers) |
One notable difference is that Edexcel names 18 core practicals in its specification while AQA names 10. This does not mean Edexcel students do more experiments — it reflects how each board has divided and labelled the practical activities. Both boards assess practical skills through written questions rather than a separate endorsement.
How do the question styles compare?
AQA GCSE Physics questions tend to be structured in shorter, sequential parts. A six-mark question might break down into (a), (b), and (c), each worth one to two marks. This makes it easier to pick up partial credit even if you cannot complete the final step.
Edexcel questions are often slightly longer extracts with data to interpret, followed by multi-mark open questions. Students who are confident with analysing graphs, tables and unfamiliar contexts tend to do well on Edexcel papers.
Both boards include a significant mathematical component at Higher tier — roughly 30 to 40 per cent of marks require calculation — and both specify the same set of physics equations that students must know. The equation sheet provided in the exam covers a subset of the required formulae; other equations must be memorised.
Which specification involves more mathematics?
Both specifications require the same mathematical skills: rearranging equations, unit conversion, standard form, significant figures, and interpreting graphs. The Higher tier across both boards targets roughly the same proportion of calculation marks.
The practical difference is in how mathematical questions are presented. AQA tends to scaffold multi-step calculations into smaller parts. Edexcel often presents the full calculation in one question, expecting students to independently select and apply the correct approach. Neither is objectively harder, but students who find unscaffolded problems more demanding may find AQA's step-by-step style more comfortable.
Does it matter which board a student sits?
For the vast majority of GCSE students, the board makes very little practical difference. Sixth forms and universities do not distinguish between AQA and Edexcel GCSE Physics — they look at the grade. A grade 7 in AQA Physics and a grade 7 in Edexcel Physics are treated identically.
Where board choice matters is in revision. Students should always use past papers and mark schemes from their own board, because question phrasing, topic emphasis, and the required equation coverage differ enough to make cross-board practice less useful. Confirm your school's board on your mock exam paper or the school's curriculum page.
Frequently asked questions
Can my child use AQA revision resources if their school does Edexcel?
Textbooks and resources from either board cover the same underlying physics, so they are useful for learning content. However, practice questions and past papers should come from your child's actual board, because the question style and mark-scheme language differ meaningfully between AQA and Edexcel.
Is AQA or Edexcel GCSE Physics more common?
AQA is the most widely used GCSE Physics board in England, followed by Edexcel. OCR also offers GCSE Physics through its Gateway and Twenty First Century Science specifications. Your child's school will have chosen one and is unlikely to change it. Check your child's exam timetable or ask the science department if you are unsure.
How should a student prepare for the required practicals?
Required practicals appear in the written papers as questions about method, apparatus, sources of error, and results analysis. Students should understand what each named practical is measuring, what equipment is used, and what a typical set of results looks like. Physics tutors — or AI tutoring that asks Socratic questions about practical setups — can help students internalise this without passively re-reading the list.
Do universities prefer one board over the other?
No. Universities, sixth forms, and apprenticeship providers do not have a preference between AQA and Edexcel GCSE Physics. They specify a minimum grade — typically grade 6 or above for science A-levels — and apply it to all valid GCSE Physics qualifications equally.
See how aitutors.me's Socratic science tutors work in practice at aitutors.me.