A-Level Physics Revision
Topic-by-topic revision for Physics, with worked examples, exam-style questions and practice. Choose a topic below to get started.
Browse 31 free topic guidesAt a glance
- What this page is
- Topic map for A-Level Physics on StudyVector—jump into groups and topics for revision and practice.
- Who it’s for
- Students sitting A-Level Physics with exam-style questions and explanations.
- Exam boards
- Content is aligned to major UK boards (AQA, Edexcel, OCR, WJEC, Eduqas, CCEA, Cambridge International (CIE), Pearson Edexcel International, OxfordAQA International, SQA, IB, AP); choose your specification in the app.
- Exams & admissions
- This hub is GCSE/A-Level focused. Admissions tests (UCAT, STEP, etc.) have a separate hub. Admissions hub
- Free plan
- You can start on the free tier (Free daily revision · No card required) and upgrade for unlimited revision time and full features. Pricing
- What makes it different
- Weak-topic routing and next-best question selection—not a static PDF or generic chat.
Board-specific revision
Physics
A-Level Physics topic guides
Read a free guide, work through its example, then continue with that topic in practice. This directory lists published guides; check your exam board specification for your full course.
31 published guides
Paper 1 — Particles, Waves & Electricity
- Measurements & Their Errors
- Particles & Radiation
- Electromagnetic Radiation & Quantum Phenomena
- Waves
- Optics
- Forces in Equilibrium
Browse 7 more in Paper 1 — Particles, Waves & Electricity
Paper 2 — Thermal, Fields & Nuclear
Browse 5 more in Paper 2 — Thermal, Fields & Nuclear
Paper 3 — Practical Skills & Optional Topics
- Practical Skills & Data Analysis
- Planning & Evaluating Experiments
- Astrophysics
- Medical Physics
- Engineering Physics
- Turning Points in Physics
Browse 1 more in Paper 3 — Practical Skills & Optional Topics
Curated launch topics
Start with the strongest A-Level Physics topic pages
High-intent A-Level Physics pages built around measurement, waves, electricity, fields, induction, and practical-analysis routes where equation use and explanation must stay tightly linked. These are the topic pages we are shaping first for search-led students and fast onboarding into practice.
Paper 1 — Particles, Waves & Electricity
Measurements & Their Errors
Handle uncertainty, percentage error, and data quality more confidently so practical-method questions stop leaking procedural marks.
Paper 1 — Particles, Waves & Electricity
Waves
Link wave behaviour, equations, and graph interpretation so core wave questions stop splitting into separate memory tasks.
Paper 1 — Particles, Waves & Electricity
Current Electricity
Keep current, emf, resistance, resistivity, and circuit reasoning distinct enough to survive multi-step explanations.
Paper 2 — Thermal, Fields & Nuclear
Electric Fields
Turn field ideas into controllable force, potential, and motion reasoning instead of abstract definitions.
Paper 2 — Thermal, Fields & Nuclear
Electromagnetic Induction
Connect flux change, direction, and induced effects so induction questions become a method rather than a memory test.
Paper 3 — Practical Skills & Optional Topics
Practical Skills & Data Analysis
Use graphs, uncertainty, and evaluation language precisely enough to convert practical knowledge into exam marks.
Predicted papers
2026 practice papers for A-Level Physics
Use these once you have revised a few topics, then repair the marks you lose. StudyVector predicted papers are independent practice only, not official, leaked or guaranteed papers.
Thinking about university?
Physics can open several degree routes
Use your current A-Level strengths to compare degree families, first-year workload and bridge topics before you choose a UCAS direction.