AQA A-Level Maths lesson plans (7357)
Pure, Mechanics and Statistics content for AQA 7357, with Year 12 and Year 13 topic separation and exam-style questions that match the Paper 1, 2 and 3 split.
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Year 12 → Year 13 jump is brutal
Students who coasted through AS Pure drown when they hit parametric equations, differential equations and implicit differentiation in A2.
Mechanics and Statistics compete for time
Paper 3 is split 50/50 between Mechanics and Statistics. Tutors default to whichever they're stronger in, students lose marks on the other.
Large data set prep
The AQA large data set changes periodically and is worth real marks on Paper 3. Most tutors wing it.
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Year 12 / Year 13 topic awareness
Pick the year and TutorLab only generates content from that year's content, no accidentally dumping Year 13 complex questions on an AS student.
Mechanics and Statistics balanced
Paper 3 plans alternate between mechanics and stats sub-topics so you cover both properly before mocks.
Large data set questions grounded
Prompts reference AQA's large data set conventions so practice stats questions feel like the real thing.
Sample plan: AQA A-Level Maths Year 13 Pure, Parametric equations
Learning objective: convert between parametric and Cartesian forms, differentiate parametrically, apply to motion problems. Warm-up: differentiate y = 3t², x = 2t + 1 in terms of t. Main lesson: use the chain rule to derive dy/dx; find tangent equations at a point given in parameters; handle problems where the curve is self-intersecting. Exam-style: "A curve has parametric equations x = 2cos(θ), y = sin(2θ). (a) Show that dy/dx = cos(2θ)/(−sin(θ)). (b) Find the coordinates of the stationary points in 0 ≤ θ ≤ π." Worth 8 marks.
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Common questions
Does TutorLab cover Further Maths too?
TutorLab covers the core A-Level Maths 7357 specification. Further Maths (7367) is on the roadmap but not in the AI's default reference yet.
Can I generate questions at specific difficulty bands?
Yes. Tell the AI "Grade A/A* target" or "student currently on a C" and it adapts the question difficulty and the hint wording accordingly.
Is the Mechanics content based on the AQA formulae booklet?
Yes. Worked examples reference the formulae students actually have in the exam, no wasted time deriving things they'll be given.
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