AQA A-Level Chemistry lesson plans (7405)
Physical, organic and inorganic chemistry plans for AQA 7405. Year 12 and Year 13 separated, with synoptic Paper 3 questions and mechanism-heavy organic revision.
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Organic mechanisms are the biggest mark bank — and the biggest failure
SN1, SN2, E1, E2, electrophilic addition, nucleophilic addition-elimination — students who can't draw the curly arrows fluently drop 15+ marks on any organic-heavy paper.
Physical chemistry calculations are unforgiving
Entropy, Gibbs free energy, rate constants — one unit error kills a multi-mark question.
Paper 3 is 50% unseen practical analysis
Students who've never held a burette are asked to critique titration protocols. Tutors bluff it; students underperform.
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Mechanism-first organic plans
Every organic topic starts with the mechanism drill. Students redraw SN2 on three different substrates until they're automatic.
Calculation walk-throughs with units
Worked answers show every unit at every step, so students see where unit errors sneak in before they make them under exam pressure.
Practical-analysis questions for Paper 3
Generate unfamiliar practical setups (novel titrations, redox experiments) so students build the skill of reasoning about methods they haven't seen.
Sample plan: AQA A-Level Chemistry Y13 — Nucleophilic addition-elimination
Learning objective: draw the mechanism for the reaction of an acyl chloride with ammonia. Starter: recall the functional group of an acyl chloride and why it's electrophilic (C=O + δ+ carbon + leaving group). Main: mechanism in 5 curly arrows — lone pair on ammonia attacks the carbonyl carbon, tetrahedral intermediate forms, collapse kicks out Cl⁻, proton transfer gives a primary amide. Worked example: propanoyl chloride + methylamine. Mark scheme notes: full marks need correct curly arrows (tail on electron pair, head on bond formed), lone pair on nitrogen drawn, intermediate charges shown. Exam practice: 6-mark reaction including synthesis context.
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Common questions
Can I generate synoptic Paper 3 questions?
Yes. Pick "Paper 3 / synoptic" and the AI combines topics — for example an organic reaction whose kinetics the student has to interpret.
Are the mechanisms drawn correctly (curly arrow format)?
The mechanisms are described in text with clear arrow instructions. For diagrams you'll still need paper or a whiteboard tool during the lesson.
Does the AI cover transition metals?
Yes. Topic 3.2.5 (transition metals) is covered including complex ion shapes, catalysis and redox titrations.
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