A-Level Mathematics Revision
Topic-by-topic revision for Mathematics, with worked examples, exam-style questions and practice. Choose a topic below to get started.
At a glance
- What this page is
- Topic map for A-Level Mathematics on StudyVector—jump into groups and topics for revision and practice.
- Who it’s for
- Students sitting A-Level Mathematics with exam-style questions and explanations.
- Exam boards
- Content is aligned to major UK boards (AQA, Edexcel, OCR, WJEC, Eduqas, CCEA, Cambridge International (CIE), 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 (3 days uncapped, then 30 min practice/day) and upgrade for unlimited practice and full features. Pricing
- What makes it different
- Weak-topic routing and next-best question selection—not a static PDF or generic chat.
A-Level and Further Maths explanations reviewed
by James Chen, Cambridge Mathematics offer holder.
Board-specific revision
Mathematics
Curated launch topics
Start with the strongest A-Level Mathematics topic pages
High-intent A-Level Maths pages built around proof, calculus, trigonometry, statistics, and mechanics routes where students most often need cleaner method control. These are the topic pages we are shaping first for search-led students and fast onboarding into practice.
Pure Mathematics
Proof
Separate algebraic truth from complete mathematical justification so proof answers stop sounding persuasive without being rigorous.
Pure Mathematics
Differentiation
Control rules, notation, and application questions so gradients and rates of change stay tied to what the question is really asking.
Pure Mathematics
Integration
Treat anti-differentiation, area, and constant-of-integration logic as one connected method rather than unrelated calculus facts.
Pure Mathematics
Trigonometry
Keep identities, equations, graphs, and exact values distinct enough to choose the right route under exam pressure.
Statistics
Statistical Hypothesis Testing
Turn significance tests into a repeatable decision sequence so hypotheses, critical regions, and conclusions stay precise.
Mechanics
Kinematics
Connect motion graphs, constant-acceleration formulae, and interpretation so mechanics answers stay mathematical and physical.