AQA GCSE Chemistry lesson plans for tutors
AQA 8462 covers 10 topics across Papers 1 and 2, including 8 required practicals and a heavy emphasis on chemical calculations. TutorLab generates plans that balance content teaching and exam-technique drills.
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Where most tutors lose hours every week
The admin around teaching tends to eat more time than the teaching itself. These are the exact problems TutorLab is built to solve.
Calculations are where marks disappear
Moles, yield, atom economy, concentration — most students can state the formula but can't handle the question structure where they're asked to derive it mid-answer.
Required practicals need description not just knowledge
Titrations, chromatography, reaction rates — students have to describe methods with the right level of detail to score. Tutors without lab access leave gaps.
Paper 1 and Paper 2 have different flavours
Paper 1 is more recall-heavy; Paper 2 leans into rates, organic, and analytical chemistry. Uniform revision misses the emphasis.
How TutorLab helps
Every feature is designed around a UK tutor's working week.
Calculation drills with worked examples
Every calculation-heavy topic comes with 3 worked examples at increasing difficulty, showing the exact steps AQA examiners reward.
Required practical write-ups
Covers all 8 required practicals with method, variables, common exam traps, and a practice 4- or 6-mark question.
Paper-specific revision plans
Generate a 6-lesson Paper 1 revision track and a different 6-lesson Paper 2 track so the student builds the right muscle for each paper.
Sample plan: AQA GCSE Chemistry Higher, Paper 1 — Moles and mass calculations
Learning objective: calculate moles from mass, mass from moles and handle percentage yield in a two-step reaction. Starter: recall of Mr and Ar for common compounds. Worked example 1: 12.5 g of CaCO₃ decomposes — how many moles of CO₂ are produced? Worked example 2: a reaction has a theoretical yield of 8.5 g but produces 6.8 g — calculate % yield. Worked example 3 (stretch): start from 25 cm³ of 2 mol/dm³ HCl reacting with excess magnesium — calculate mass of hydrogen. Exam practice: 6-mark multi-step question modelled on AQA 2019 Paper 1.
Generated in under 10 seconds inside TutorLab. You can edit, save as a template, or send it to parents from the same screen.
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One price. Unlimited students. Every feature included.
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Common questions
Does the AI know the data sheet the students get?
Yes. Generated questions assume students have AQA's Chemistry data sheet in the exam — Ar values, formulae, etc.
Can I get Foundation-tier calculation plans?
Yes. Pick Foundation when generating and calculation difficulty is capped (no percentage-yield Higher stretch, no concentration in moles/dm³).
Is organic chemistry covered?
Yes. Topic 7 (organic) is fully covered including alkanes, alkenes, alcohols, carboxylic acids and basic polymerisation.
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