GCSE Physics Edexcel 2026
Preparing for Pearson Edexcel GCSE Physics 2026? Edexcel rewards students who keep their working tidy, interpret data confidently, and explain physics ideas step by step. If you practise the Edexcel style regularly, especially questions that build from recall into application and calculation, you can collect marks quickly across both papers. On this page you’ll find the full topic overview and practical exam strategies for top grades.
Exam content
The GCSE Physics exam for 2026 is made up of a few components, namely:
Forces and motion is a core area. You’ll use speed, acceleration, Newton’s laws, momentum, and braking ideas in problems that often involve multiple steps. Edexcel questions frequently include graphs and data tables, so make sure you can interpret gradient and area when needed, and explain what the values represent, not just calculate them. A strong habit is to finish calculation answers with one short sentence explaining what the number means in context, because Edexcel often rewards linking maths back to physics meaning.
Foundation vs Higher (what changes in questions)
Foundation: more guided calculations and more straightforward graphs (often one main step).
Higher: more multi-step problems, harder graph interpretation, and more marks for linking the maths back to the physics.
Electricity includes circuits, energy transfer, power, resistance, and common circuit behaviours in series and parallel. Questions often ask you to combine relationships, interpret graphs, and justify reasoning about what changes and why. When faced with a longer question, break it into mini steps: identify what is known, identify what must be found, choose the equation, then substitute with units. If you keep units visible, it becomes much harder to make common mistakes that cost marks.
Foundation vs Higher (what changes in questions)
Foundation: simpler circuit reasoning and fewer rearrangements, with more direct “calculate” prompts.
Higher: more rearranging, more unit conversions, and more “explain the change” after the calculation.
This topic covers work done, power, efficiency, heating, and energy resources and impacts. Edexcel often mixes calculation with explanation, for example calculating efficiency, then evaluating how to improve it or comparing energy choices. To score well on evaluation, include more than one viewpoint, then choose a final judgement that matches the scenario. A top-grade answer usually follows a chain: define the issue, explain impacts, compare options, then conclude.
Foundation vs Higher (what changes in questions)
Foundation: more familiar contexts and shorter evaluation answers (fewer linked points).
Higher: more data-driven comparisons and more marks for balanced judgement that uses evidence.
This section includes density, changes of state, internal energy, and properties of materials. Edexcel questions often use practical contexts and data handling, so practise writing conclusions from results and describing improvements properly. Higher questions can include rearranging equations and careful unit conversions, so practise those skills regularly. If a question includes an experiment, use a standard checklist: variables, repeats, precision, anomalies, and validity.
Foundation vs Higher (what changes in questions)
Foundation: more direct use of formulae and simpler unit handling.
Higher: more rearranging, trickier unit conversions, and more marks for evaluating method quality.
Waves includes wave properties, sound, light, and the electromagnetic spectrum. Many marks come from clear descriptions and correct scientific vocabulary. Higher questions often add an unfamiliar context, like a new use of EM waves or a refraction situation you have not seen before. When asked to explain, link back to wave behaviour and the relationship between frequency, wavelength, and speed.
Foundation vs Higher (what changes in questions)
Foundation: more straightforward descriptions and standard wave-speed calculations.
Higher: more application to unfamiliar contexts and more marks for explaining cause and effect using correct terms.
Radioactivity includes types of radiation, penetration, ionisation, half-life, hazards and uses. Edexcel often tests data interpretation here, especially decay graphs, background count, and risk evaluation. Higher answers improve massively when you are precise about what each type of radiation is and how it behaves, rather than vague statements like “it is dangerous”. When evaluating, balance benefits and risks and finish with a context-based conclusion.
Foundation vs Higher (what changes in questions)
Foundation: more recall and simpler interpretations of decay data.
Higher: more demanding half-life reasoning, tougher graph questions, and stronger “benefits vs risks” evaluation.
This topic includes magnetic fields, electromagnets, induction, and transformers. Questions often test cause and effect, especially what happens when fields change and how this leads to induced potential differences and currents. Higher Tier often expects you to link the physics to real devices, like generators and transformers, and explain how changing conditions affects outputs. Short, structured explanations usually score best here: what changes, what effect it causes, and why.
Foundation vs Higher (what changes in questions)
Foundation: more direct questions and simpler device explanations.
Higher: more linked reasoning (change → effect → why), plus more marks for applying ideas to unfamiliar setups.
Astronomy includes the Solar System and wider universe ideas such as orbits, satellites, and evidence about the universe. Many questions reward clear conceptual explanation, supported by what we observe. Edexcel can include application questions where you use orbit ideas or explain evidence rather than repeating facts. To score well, write explanations as a chain: what is observed, what that suggests, and why that fits the model.
Foundation vs Higher (what changes in questions)
Foundation: more straightforward recall and shorter explanations.
Higher: more “use the evidence” questions and longer reasoning chains that must stay logical.
What to expect in the GCSE Physics exam 1PH0
Pearson Edexcel GCSE Physics (1PH0) consists of two externally examined papers, available at Foundation and Higher Tier. Each paper is 1 hour 45 minutes and 100 marks.
For Summer 2025, 2026 and 2027, students continue to be supported with an equation sheet insert, and clean copies are included with the exam papers.
This helps, but it does not replace fluency. The exam still rewards students who can choose the right equation quickly and rearrange it correctly.
Edexcel questions often build in stages. You might start with a 1-mark recall, then do a calculation, then explain a result using physics. Treat each step as its own mini task. Secure the early marks fast, then slow down for the longer explanation and write it as a clear chain using because and therefore.
Practical understanding is assessed through written questions. In the exam, evaluation marks are often predictable: identify variables, comment on reliability, and suggest realistic improvements with reasons. If you learn that pattern, you can pick up marks even when the context looks unfamiliar.
Finally, revise using mixed problem sets. Physics questions often combine topics, like forces with energy, or electricity with power and efficiency. Mixed practice trains you to spot the first step, which is usually what separates students who “know physics” from students who score consistently high marks.
