About the exam
GCSE Physics Exam structure
An independent England multi-board guide for the separate GCSE Physics qualification, based on the full DfE Physics content, Ofqual requirements and the current AQA 8463, Pearson Edexcel 1PH0, Cambridge OCR J249 and J259 specifications.
Issuer and path
GCSE Physics Study Guide is administered through Multi-board: AQA, Pearson Edexcel and Cambridge OCR A and B. Check official resources before booking, retesting, or relying on a stale requirement.
Multi-board GCSE Physics Syllabus
601 scored + 0 pretest
The full DfE single-subject Physics content, tier information, working-scientifically skills, mathematics and practical requirements shared by current AQA, Pearson Edexcel and Cambridge OCR routes in England.
Before selecting a revision resource or mock
Confirm the resource says separate GCSE Physics and matches the exact specification code, tier, current practical list, paper grouping and assessment-series equation sheet. A Combined Science label is not equivalent.
Official Outline Coverage Map
Coverage is mapped to official outline item counts so content depth can be checked without hard-coding a single exam.
| Topic | Official outline items | Your questions | Your flashcards | Confidence |
|---|---|---|---|---|
| Energy Stores, Transfers and Conservation | 0 | 19 | 5 | Strong |
| Work, Power and Efficiency | 0 | 20 | 5 | Strong |
| Heating, Insulation and Energy Resources | 0 | 19 | 5 | Strong |
| Force Interactions, Vectors and Free-body Diagrams | 0 | 17 | 5 | Strong |
| Deformation, Springs and Elastic Energy | 0 | 17 | 5 | Strong |
| Moments, Levers, Gears and Equilibrium | 0 | 16 | 5 | Strong |
| Pressure in Solids and Fluids | 0 | 16 | 5 | Strong |
| Scalars, Vectors and Kinematics | 0 | 17 | 5 | Strong |
| Motion Graphs and Kinematic Equations | 0 | 17 | 5 | Strong |
| Newton's Laws and Resultant Force | 0 | 16 | 5 | Strong |
| Momentum, Stopping and Impact Safety | 0 | 16 | 5 | Strong |
| Wave Quantities and Wave Types | 0 | 18 | 5 | Strong |
| Wave Behaviour at Boundaries | 0 | 18 | 5 | Strong |
| Sound, Ultrasound and Seismic Waves | 0 | 18 | 5 | Strong |
| Ray Optics, Lenses and Colour | 0 | 19 | 5 | Strong |
| Electromagnetic Spectrum and Applications | 0 | 19 | 5 | Strong |
| Radiation Interactions, Black Bodies and Hazards | 0 | 18 | 5 | Strong |
| Charge, Current, Potential Difference and Resistance | 0 | 18 | 5 | Strong |
| Series and Parallel Circuit Rules | 0 | 18 | 5 | Strong |
| Electrical Power, Mains Safety and Transmission | 0 | 17 | 5 | Strong |
| Static Electricity and Electric Fields | 0 | 17 | 5 | Strong |
| Magnetic Fields and Magnetic Materials | 0 | 20 | 5 | Strong |
| Electromagnets and the Motor Effect | 0 | 19 | 5 | Strong |
| Induction, Generators and Transformers | 0 | 19 | 5 | Strong |
| Particle States, Changes and Density | 0 | 18 | 5 | Strong |
| Internal Energy, Specific Heat and Latent Heat | 0 | 18 | 5 | Strong |
| Gas Pressure, Temperature and Volume | 0 | 18 | 5 | Strong |
| Atomic Models, Isotopes and Nuclear Radiation | 0 | 20 | 5 | Strong |
| Nuclear Equations, Random Decay and Half-life | 0 | 20 | 5 | Strong |
| Background, Risk, Uses, Fission and Fusion | 0 | 19 | 5 | Strong |
| Solar System, Orbits and Satellites | 0 | 15 | 5 | Strong |
| Stars, Stellar Life Cycles and Elements | 0 | 15 | 5 | Strong |
| Red-shift, Big Bang and the Expanding Universe | 0 | 15 | 5 | Strong |
| Equations, Units, Graphs and Practical Evidence | 0 | 15 | 5 | Strong |
How to use this guide
How to study for GCSE Physics
Move deliberately among physical models, diagrams, equations, units, graphs, experiments and evaluation; finish with the exact paper and practical structure named by your exam board.
1. Define the system and quantities
Identify the boundary, objects, interactions, physical quantities, directions and conditions.
2. Select the physical model
Choose the energy, force, field, wave, particle, circuit, nuclear or cosmological model that explains the situation.
3. Represent and calculate
Use a diagram, graph or equation with consistent units, clear rearrangement and an appropriate sign convention.
4. Test against evidence
Compare the prediction with measurements, uncertainty, anomalies, limitations and alternative explanations.
5. Conclude within scope
Answer the exact question, state what the evidence supports and avoid claiming more precision or causation than the method allows.
Separate-Physics map
Connect models, mathematics and evidence
Use the ten domains for the full single-subject range, then apply the current board's tier, practical and paper rules.
Energy Systems and Resources
Energy stores and pathways, conservation, work, power, efficiency, heating, insulation, resources and national demand.
Choose a topic to open below
Forces, Materials and Pressure
Interactions, vectors, free-body diagrams, deformation, elasticity, moments, levers, gears and pressure in solids and fluids.
Choose a topic to open below
Motion, Newton's Laws and Momentum
Kinematics, motion graphs, resultant force, Newton's laws, stopping, momentum, impact forces and safety.
Choose a topic to open below
Waves, Sound and Seismic Evidence
Wave quantities and models, reflection, refraction, transmission, absorption, sound, ultrasound and seismic waves.
Choose a topic to open below
Light and Electromagnetic Radiation
Ray optics, lenses, colour, the electromagnetic spectrum, applications, interactions, thermal radiation and hazards.
Choose a topic to open below
Electricity, Circuits and Electric Fields
Charge, current, potential difference, resistance, circuit rules, power, mains safety, transmission, static electricity and fields.
Choose a topic to open below
Magnetism and Electromagnetic Induction
Magnetic fields, permanent and induced magnetism, electromagnets, motor effect, generators and transformers.
Choose a topic to open below
Particle Model, Thermal Physics and Gases
States, density, internal energy, specific heat and latent heat, gas pressure, temperature and volume relationships.
Choose a topic to open below
Atomic and Nuclear Physics
Atomic models, isotopes, ionising radiation, nuclear equations, half-life, background, risk, applications, fission and fusion.
Choose a topic to open below
Space, Mathematical and Practical Methods
Solar-system dynamics, stellar evolution, cosmology, equations, units, graphs, modelling, practical design, data and evaluation.
Choose a topic to open below
Energy Stores, Transfers and Conservation
Track energy through defined systems using stores, pathways, conservation and dissipation.
Key rules
Rule 1
Energy is accounted for in stores and transferred mechanically, electrically, by heating or by radiation.
Exam cue: State the system, initial and final stores, transfer pathway and dissipated destination.
Rule 2
The total energy of a closed system is conserved even when energy becomes less useful.
Exam cue: Confirm that the total energy change balances and that no pathway is described as a store.
Rule 3
A system boundary determines which stores and transfers belong in an analysis.
Exam cue: Name the physical quantities, use consistent SI units and connect the model to observable evidence.
Study it this way
Tier coverage
Foundation and Higher
The conceptual core is shared by both tiers. Higher papers can use less scaffolding and greater mathematical demand; check the current board specification for any Higher-only statement.
Common traps
Saying energy is used up or destroyed.
Prevention: Do not memorise a formula pattern without quantities, units and conditions, and do not substitute Combined Science coverage for the full separate qualification.
Substituting into an equation before identifying the system, quantities and units.
Prevention: Do not memorise a formula pattern without quantities, units and conditions, and do not substitute Combined Science coverage for the full separate qualification.
Using a Combined Science checklist or another board's paper allocation as the separate-Physics specification.
Prevention: Check the live specification, practical section and assessment-series support materials before final revision or timed practice.
Memory anchors
Energy store
A way energy is accounted for within a defined system.
Energy pathway
A mechanism by which energy moves between stores or systems.
Closed-system conservation
Total energy remains constant when no energy crosses the boundary.
Energy Stores, Transfers and Conservation: method
State the system, initial and final stores, transfer pathway and dissipated destination.
Energy Stores, Transfers and Conservation: check
Confirm that the total energy change balances and that no pathway is described as a store.
Next best moves
Quick check-up
Use a short quiz to confirm the rule pattern is actually sticking.
Check-up Questions
A sealed insulated box contains a warm metal block and cooler water. Which energy account is valid while they reach one temperature?
A cyclist uses the brakes while descending a hill. What is the main final destination of the bicycle-rider system's reduced kinetic energy?
Answer all questions to submit.
Next step personalized recommendations
Open another topic next
Official resources
Verify the details with the official sources
Use these links for eligibility, scheduling, handbook rules, and issuer updates. Our guide helps you study; official sources tell you what the testing partner currently requires.
DfE GCSE single-science subject content
The full common Physics content, Higher-tier markers, equations, mathematical skills, working scientifically, apparatus and techniques.
Ofqual single-science conditions and requirements
The rules for tiering, AO1-AO3, 30% Physics mathematics, 15% practical assessment, eight activities and 3.5 assessment hours.
Ofqual equation-sheet decision
The May 2026 decision to require equation sheets for the remaining lifetime of the current Physics and Combined Science specifications.
AQA GCSE Physics 8463
AQA's current full separate-Physics content, two-paper structure, tiering, practical and equation requirements.
Pearson Edexcel GCSE Physics 1PH0
Pearson's current Issue 4 specification, two-paper route, P-marked separate content and eight core practicals.
Cambridge OCR Gateway Physics A J249
OCR's current topic-grouped Gateway route, tiers, synoptic second paper and practical-skills coverage.
Cambridge OCR Twenty First Century Physics B J259
OCR's current breadth-and-depth route integrating all physics, Ideas about Science and practical chapters.
FAQ
Common GCSE Physics questions
Is this separate Physics or Combined Science?
It is the single-subject GCSE Physics qualification. It covers the full DfE Physics range and leads to one 9-1 subject grade. Combined Science integrates biology, chemistry and physics as a double award and has a separate module, content boundary and grading model.
Can I revise from a Combined Science Physics checklist?
Not as a complete course. Combined Science omits additional single-Physics content distributed across multiple areas and does not reproduce this qualification's paper or practical rules. Use the current AQA 8463, Pearson 1PH0, OCR J249 or OCR J259 checklist.
Which current specifications does this guide support?
AQA 8463, Pearson Edexcel 1PH0, Cambridge OCR Gateway Physics A J249 and Cambridge OCR Twenty First Century Physics B J259. The common domains normalise content but do not replace any route's exact order or wording.
Why is Eduqas C420 excluded?
Its specification states that routine assessment ended in summer 2020 and the final resit opportunity was summer 2021. It is therefore a legacy route rather than a current England GCSE Physics specification.
How do Foundation and Higher differ?
Foundation papers target grades 1-5 and omit DfE content underlined as Higher-only. Higher papers target grades 4-9 and assess the full content with greater mathematical and application demand. Both papers must be entered at the same tier.
Do I still need to memorise equations?
Ofqual decided in May 2026 that equation sheets will be provided for the remaining lifetime of the current specifications. You still need to know what quantities mean, select and rearrange relationships, convert units, substitute accurately and judge whether results are plausible.
Will every equation I might use appear in the question?
Use the current board's equation sheet for the assessment series. The support policy covers the equations normally specified for recall, but questions can still require selecting from the sheet and may present other relationships or data in a task.
Are the required practicals identical across boards?
No. Ofqual requires at least eight activities spanning the DfE apparatus and techniques, but AQA, Pearson and the two OCR routes define and group their activities differently. Learn the exact purpose, method, variables, safety, measurements, analysis and limitations for your board.
Is there a separate practical examination or grade?
No. Centres must secure and record completion of the specified practical activities and submit the required practical science statement. Practical knowledge and reasoning are assessed within the written papers and account for at least 15% of marks.
Why does the guide include space physics?
Space physics is part of the full DfE single-subject Physics range. Boards organise it differently—AQA labels it Physics only, Pearson includes astronomy and OCR integrates space and cosmology into its own topics—but it must not be removed by using a Combined Science outline.
Are the two papers interchangeable across boards?
No. AQA and Pearson use 100-mark papers and divide topics differently. OCR J249 uses 90-mark topic-grouped papers with synoptic assumptions, while OCR J259 uses 90-mark breadth and depth papers drawing on all chapters.
Why is universal full-mock mode disabled?
A universal mock would misstate paper content, mark totals, synoptic design, Higher-only coverage, equation-sheet presentation and practical mapping. Use current official board papers for complete timed rehearsal.
Are the 601 topic allocations official weights?
No. The ten domain totals are internal practice-bank allocations chosen for broad coverage. They do not claim official topic weighting; the regulated subject-wide requirements remain the assessment objectives and the mathematics and practical minima.