AQA A-level Chemistry
AQA A-Level Chemistry Games and Revision Tools
Choose Year 12, Year 13 or organic chemistry resources. Board-specific wording and exclusions are kept visible.
Choose the correct section
Year and topic routes
The top navigation now lands here rather than silently dropping everyone into Year 12.
AQA Year 12 physical and inorganic
Amounts, bonding, energetics, kinetics, equilibria, periodicity and practical work.
Open section → Year 12 organicAQA Year 12 organic chemistry
Alkanes, alkenes, alcohols, haloalkanes, mechanisms and analysis.
Open section → Year 13AQA Year 13 physical and inorganic
Rate equations, thermodynamics, acids, electrochemistry and transition metals.
Open section → Year 13 organicAQA Year 13 organic chemistry
Arenes, carbonyls, amines, polymers, synthesis and spectroscopy.
Open section →High-value practice
Popular AQA tools
Rate Equation Question Generator – AQA & OCR A
Generate A-level initial-rates tables for AQA and OCR A. Determine reaction orders, write rate equations, calculate k and choose the correct units with worked solutions.
Open tool →Rate Equation Order Detective – AQA & OCR A
Deduce reaction orders from concentration effects, graph evidence, units of k and OCR-only half-life clues in generated A-level chemistry case files.
Open tool →Free Back Titration Questions and Generator – A-Level Chemistry
Generate unlimited A-level back titration questions for AQA and OCR A, with guided hints, answer checking, printable practice sets and worked solutions.
Open tool →Isotope Abundance Problems – A-Level Chemistry Generator
Practise relative atomic mass, two-isotope abundance and harder four-isotope ratio calculations with generated questions and worked solutions.
Open tool →AQA Functional Group Reagents and Conditions Matching
Match AQA organic conversions to the correct reagents and conditions, with repeated reagent sets handled correctly.
Open tool →Understand Kc – Expression Practice and Haber Equilibrium Simulator
Build Kc expressions, compare Qc with Kc and explore concentration, pressure, temperature and catalyst changes in a Haber equilibrium simulator.
Open tool →Board-specific rather than vaguely “A-level”
Many core ideas overlap, but required wording, practical detail and some topic content do not. Resources are shared only where the chemistry is genuinely common; differences are labelled on the page rather than left for students to discover in an exam.