Copy and paste a prompt into ChatGPT or another AI tool and follow the instructions it gives you. Answer questions before checking your notes, use the AI to mark your work and explain mistakes, and ask follow-up questions if you are unsure. The best revision comes from being tested, challenged and receiving feedback rather than simply reading information.

AI Revision Prompts for AQA GCSE Physics Energy (also for Combined Science)

1. Act as an AQA GCSE Physics examiner. Test me on the entire Energy topic using a mixture of 1-, 2-, 4- and 6-mark questions and mark my answers using AQA mark schemes.
2. Test me on every equation in the AQA GCSE Energy topic. Ask me to recall the equation, identify the units and complete calculations.
3. Create a 50-question retrieval quiz covering every fact in the AQA GCSE Energy specification.
4. Ask me one question at a time on AQA GCSE Energy and adapt the difficulty based on my answers until you can estimate my GCSE grade.
5. Give me 20 mixed calculation questions covering kinetic energy, gravitational potential energy, elastic potential energy, power and specific heat capacity.
6. Test me on the ability to rearrange every equation in the AQA GCSE Energy topic.
7. Create a knowledge organiser containing every key fact, definition, equation and required practical from AQA GCSE Energy.
8. Give me ten six-mark Energy questions that could realistically appear on an AQA GCSE Physics Exam .
9. Create 20 multiple-choice questions based only on the AQA GCSE Energy specification. Include common misconceptions.
10. Ask me increasingly difficult questions about energy stores and energy transfers.
11. Test me on the differences between useful energy transfers, wasted energy and efficiency.
12. Create a mock AQA GCSE Energy paper with realistic mark allocations and exam-style questions.
13. Explain every equation in the AQA GCSE Energy topic and then test me with calculation questions.
14. Give me a set of hinge questions that would quickly reveal any gaps in my understanding of AQA GCSE Energy.
15. Create 25 exam-style questions on the specific heat capacity required practical.
16. Test me on the advantages and disadvantages of every renewable and non-renewable energy resource.
17. Give me ten “Explain why…” questions based on energy transfers and efficiency.
18. Produce a list of the 100 most important facts from the AQA GCSE Energy topic and test me on them.
19. Create exam questions that combine the Energy topic with electricity, forces and particle models.
20. Ask me questions until you are confident whether I am working at Grade 4, Grade 6, Grade 8 or Grade 9 in AQA GCSE Physics Energy.
21. Create a complete set of flashcards covering every equation and definition in AQA GCSE Energy.
22. Give me a sequence of questions that takes me from basic energy stores to analysing energy transfers in complex systems.
23. Test me on all the units used in the AQA GCSE Energy equations and explain any mistakes.
24. Create 20 true-or-false statements about AQA GCSE Energy and explain why each statement is correct or incorrect.
25. Give me 15 GCSE Energy exam questions and then mark my answers using AQA mark schemes.
26. Identify the five Energy topics that are most likely to cost students marks in AQA GCSE Physics exams and test me on them.
27. Give me a mixed quiz that combines energy stores, transfers, calculations, efficiency and energy resources.
28. Create a Grade 9 challenge on AQA GCSE Energy involving multi-step calculations and extended explanations.
29. Test me on every specification point in AQA GCSE Energy and keep asking questions until I can answer each one correctly.
30. Identify the most difficult parts of the AQA GCSE Energy topic, explain them clearly, and then test my understanding with increasingly challenging questions.

AI Revision Prompts for AQA GCSE Physics Space

1. Act as an AQA GCSE Physics examiner. Test me on the entire Space Physics topic using a mixture of 1-, 2-, 4- and 6-mark questions and mark my answers using AQA mark schemes.
2. Create a 50-question retrieval quiz covering every fact in the AQA GCSE Space Physics specification.
3. Ask me one question at a time on AQA GCSE Space Physics and adapt the difficulty based on my answers until you can estimate my GCSE grade.
4. Test my knowledge of the AQA GCSE Space Physics topic by identifying and challenging common misconceptions that students often have.
5. Generate an AQA GCSE Physics Space Physics mock paper with realistic exam-style questions and mark allocations.
6. Give me ten six-mark questions that could realistically appear on an AQA GCSE Physics Space Physics exam paper.
7. Explain the evidence for the Big Bang theory required for AQA GCSE Physics, then test my understanding with exam-style questions.
8. Create a checklist of everything I need to know to achieve Grade 9 in the AQA GCSE Space Physics topic.
9. Ask me increasingly difficult questions about stellar evolution as required by the AQA GCSE Physics specification.
10. Explain red-shift exactly as required for AQA GCSE Physics, then challenge me with application questions.
11. Create 20 multiple-choice questions based only on the AQA GCSE Space Physics specification. Include plausible incorrect answers that reflect common student misconceptions.
12. Compare the life cycle of a Sun-like star and a massive star exactly as required by AQA GCSE Physics, then test me with exam questions.
13. Act as a strict AQA examiner. Ask me Space Physics questions and award marks exactly as an examiner would.
14. Give me a set of hinge questions that would quickly reveal any gaps in my understanding of AQA GCSE Space Physics.
15. Create a knowledge organiser containing every key fact, definition and process required for AQA GCSE Space Physics.
16. Give me ten “Explain why…” questions based on AQA GCSE Space Physics that require detailed scientific reasoning.
17. Produce a list of the 100 most important facts from the AQA GCSE Space Physics specification and test me on them.
18. Create exam questions that combine AQA GCSE Space Physics with other GCSE Physics topics such as gravity, forces, energy and waves.
19. Ask me Space Physics questions until you are confident whether I am working at Grade 4, Grade 6, Grade 8 or Grade 9 in AQA GCSE Physics.
20. Create a revision session based on past AQA GCSE Physics Space Physics exam questions and examiner reports.
21. Give me a challenging AQA GCSE Space Physics assessment designed specifically for students aiming for Grades 8 and 9.
22. Pretend you are an AQA examiner writing next year’s Space Physics paper. Create realistic questions and explain what skills each question is testing.
23. Identify the five Space Physics topics that are most likely to cost students marks in AQA GCSE Physics exams and test me on them using exam-style questions.
24. Explain each point of the AQA GCSE Space Physics specification and then create an exam question to check my understanding.
25. Create a complete set of flashcards covering every fact from the AQA GCSE Space Physics topic.
26. Give me a sequence of questions that takes me from understanding red-shift to explaining the expanding universe and the Big Bang theory as required by AQA GCSE Physics.
27. Test me on every specification point in AQA GCSE Space Physics and keep asking questions until I can answer each one correctly.
28. Create 20 true-or-false statements about AQA GCSE Space Physics and explain why each statement is correct or incorrect.
29. Give me 15 GCSE exam questions on AQA GCSE Space Physics and then mark my answers using AQA mark schemes.
30. Identify the most difficult parts of the AQA GCSE Space Physics topic, explain them clearly, and then test my understanding with increasingly challenging questions.