What is A-Level revision on StudyVector?
StudyVector is an independent UK A-Level revision platform covering Maths, Further Maths, Physics, Chemistry, Biology, Economics, Psychology, Computer Science and more across AQA, Edexcel and OCR. Practise exam-style questions, find weak topics, review every mistake in an Error Log and get AI explanations. Free to start. Not exam-board affiliated; no guaranteed grade promise.
A-Level revision
Choose the A-Level subject, then practise the weak topic.
StudyVector's A-Level hub is built for students who need a practical route into revision: match the subject, check the board or coverage label, then move into a question, topic guide or university bridge page. It is independent guidance, not a replacement for your school specification or official exam-board materials.
Low-focus cards are for tired days. Daily gets you moving when revision feels heavy. Use the full drill when you deliberately want exam-style pressure.
A-Level Maths
AQA / Edexcel / OCR
Open the route, check what is live, then choose low-focus cards, Daily, or full topic practice.
A-Level Further Maths
AQA / Edexcel / OCR
Open the route, check what is live, then choose low-focus cards, Daily, or full topic practice.
A-Level Physics
AQA / Edexcel / OCR
Open the route, check what is live, then choose low-focus cards, Daily, or full topic practice.
A-Level Chemistry
AQA / Edexcel / OCR
Open the route, check what is live, then choose low-focus cards, Daily, or full topic practice.
A-Level Biology
AQA / Edexcel / OCR
Open the route, check what is live, then choose low-focus cards, Daily, or full topic practice.
A-Level Psychology
AQA / Edexcel / OCR
Open the route, check what is live, then choose low-focus cards, Daily, or full topic practice.
A-Level Economics
AQA / Edexcel / OCR
Open the route, check what is live, then choose low-focus cards, Daily, or full topic practice.
A-Level Computer Science
AQA / Edexcel / OCR
Open the route, check what is live, then choose low-focus cards, Daily, or full topic practice.
How to use this hub
Start with the subject you actually study. If your board is shown, use the topic route. If coverage is marked partial or coming soon, use the page as a guide and verify the detail with your school or exam board.
What to strengthen first
Prioritise the topics that lose marks quickly: algebra and proof in Maths, equations and practical skills in sciences, source or essay structure in humanities, and precise terminology in social sciences.
University bridge
If you are choosing degrees, connect your A-Levels to published StudyVector university routes such as Maths, Engineering, Medicine, Computer Science, Economics, Psychology and Law.
A-Level revision route summary
Use StudyVector's A-Level revision hub to choose the subject you actually take, check board tags, and move into a topic route, low-focus card set, or Daily round without relying on a generic resource list. Coverage is labelled clearly, so students can see whether a subject is launch-ready, partial, beta or coming soon.
The strongest starting points are usually Maths, Further Maths, Physics, Chemistry, Biology, Economics, Psychology, Computer Science, English Literature, History and Geography. Exact course content and exam-board details vary, so students should always check their school specification and official exam-board materials alongside StudyVector practice.
A-Level glossary terms
- Chain ruleThe chain rule differentiates composite functions: if y = f(g(x)) then dy/dx = f'(g(x)) · g'(x). It appears across A-Level Maths and Further Maths whenever an outer function wraps an inner function — common examples are sin(2x), e^(3x²) and (1+x²)⁵. Without the chain rule, every composite differentiation drops marks; with it, the standard trick is to spot the inner function first.
- Integration by partsIntegration by parts is the integral analogue of the product rule: ∫ u dv/dx dx = uv − ∫ v du/dx dx. Use it whenever the integrand is a product of two functions where one becomes simpler under differentiation (typically polynomial × exponential, polynomial × trig, or x × log x). The LIATE rule helps pick u: Logarithm, Inverse trig, Algebraic, Trig, Exponential.
- Binomial expansionBinomial expansion expands (a + b)^n using (a + b)^n = Σ (n choose k) a^(n−k) b^k for positive integer n. For rational/negative n the expansion is an infinite series, valid only for |b/a| < 1. A-Level Maths examines both forms; Further Maths extends to approximations. Sloppy work with the validity condition is a high-frequency lost mark.
- Projectile motionProjectile motion describes the path of an object moving under gravity alone after being launched at an angle. Horizontal motion has constant velocity; vertical motion has constant acceleration g downwards. Resolve initial velocity into horizontal (v cosθ) and vertical (v sinθ) components, then apply suvat to each component independently. Range, maximum height and time of flight are the three exam-favourite calculations.
- TitrationTitration is a quantitative analysis technique that determines the concentration of an unknown solution by reacting it with a standard solution of known concentration until a clear end point. For acid–base titrations, an indicator (phenolphthalein, methyl orange) changes colour at the end point; for redox titrations, a self-indicating species like potassium manganate(VII) does the job. Required practical on every UK board.
- Photosynthesis (light-dependent reactions)The light-dependent reactions of photosynthesis happen in the thylakoid membranes of chloroplasts. Light excites electrons in chlorophyll, driving an electron transport chain that pumps H⁺ into the thylakoid lumen. The H⁺ gradient drives ATP synthase (photophosphorylation). Water is split (photolysis) to replace lost electrons, producing O₂. NADP is reduced to NADPH. ATP and NADPH then power the Calvin cycle in the stroma.
- Action potentialAn action potential is the rapid voltage change across a neurone membrane that propagates an electrical signal. Resting potential (~−70 mV) is maintained by the Na⁺/K⁺ pump. A stimulus opens voltage-gated sodium channels → depolarisation (up to ~+40 mV) → potassium channels open → repolarisation → temporary hyperpolarisation → return to resting potential. The all-or-nothing principle: action potentials only fire above a threshold (~−55 mV), and all action potentials in a given neurone have the same amplitude.
- AS-Level vs A-LevelSince the 2015 A-Level reform in England, AS-Levels are standalone Level 3 qualifications that no longer count towards the A-Level grade. A linear A-Level is examined entirely at the end of two years. Some schools still enter Year 12 students for AS exams as a confidence-building checkpoint. AS-Levels are graded A–E; A-Levels are graded A*–E. Welsh and Northern Irish AS-Levels still feed into the full A-Level.