Differentiation
Differentiate y = 3x^4 - 5x^2 + 7 and state the gradient when x = 2.
A strong answer shows dy/dx = 12x^3 - 10x, then substitutes x = 2 to get 96 - 20 = 76. The common lost mark is substituting before differentiating.
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For official specifications and assessment wording, cross-check AQA, Pearson Edexcel and OCR alongside this guide.
Step-by-step explanations for core A-Level Maths topics — from differentiation to statistics. Know what to work on next.
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Cross-check official specifications and past papers with AQA, Pearson Edexcel and OCR. StudyVector is independent and not exam-board affiliated.
A-Level Mathematics is one of the most challenging and rewarding subjects you can study. Whether you're working through pure maths topics like calculus and trigonometry, or applied topics like statistics and mechanics, StudyVector breaks concepts into clear, manageable steps. Our tutor explains topics patiently, clearly, with worked examples that actually make sense, and now with curated launch guides for the highest-friction routes. We support AQA, Edexcel, OCR, Cambridge International A-Level, IB Mathematics AA and AI, and AP Calculus where coverage is live.
A-Level and Further Maths explanations reviewed
by James Chen, Cambridge Mathematics offer holder.
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Split each week across pure, statistics and mechanics instead of only revising the topic you prefer. Pure topics such as differentiation, integration, proof, trigonometry, sequences and vectors often carry connected method marks, while statistics and mechanics punish weak setup and interpretation.
A useful session should include one worked method, a short set of exam-style questions, and one correction. If you miss a mark because of notation, units, calculator setup or a missing conclusion, record that mistake and retry later rather than moving straight to a new topic.
StudyVector organises A-Level Maths around board-aware routes where coverage is live, but students should still check their school specification and official exam-board materials. The safest revision path is to use official specifications and past papers for source truth, then use StudyVector for practice, explanation and weak-topic repair.
If you are using predicted topics, treat them as prioritisation. They can help you choose what to practise first, but they should not replace pure, statistics and mechanics coverage across the full course.
Topic list
Start with the strand that is costing you marks, then move into full practice once the method is secure. Topic depth varies by board, so check your exact specification alongside these launch guides.
Example questions
Differentiation
A strong answer shows dy/dx = 12x^3 - 10x, then substitutes x = 2 to get 96 - 20 = 76. The common lost mark is substituting before differentiating.
Statistics
It means the probability of four or fewer successes in 20 independent trials, each with success probability 0.3. State the context before using calculator probabilities.
Mechanics
Use v = u + at with u = 0, a = 2.5 and t = 8, so v = 20 m s^-1. Include units because mechanics marks often reward correct physical interpretation.
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A-Level
Pure maths, statistics and mechanics with topic-by-topic walkthroughs.
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A-Level
Core pure, further mechanics, statistics and decision topics in one place.
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A-Level
Mechanics, waves, electricity, fields and practical problem solving.
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Yes. StudyVector is currently free in Early Access, including A-Level Maths explanations and practice questions where coverage is live.
StudyVector supports major A-Level Maths routes where coverage is live, including AQA, Edexcel and OCR. International and AP-style routes are labelled separately as coverage expands.
StudyVector identifies weak areas, provides targeted practice, and tracks progress. It supports high-grade revision, but outcomes still depend on consistent work, teaching, and exam performance.
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Questions follow AQA, Edexcel, OCR, WJEC, Eduqas, CCEA, Cambridge International (CIE), SQA, IB, AP spec wording — not generic AI answers. Start free, or try one question first.