Free AQA GCSE Chemistry
Practice Questions

4,946 AQA GCSE Chemistry questions with instant feedback across 95 topics, every one accompanied by an examiner-style mark scheme. Start your first quiz in 30 seconds — no card required.

• Atomic Structure and the Periodic TablePractice📚 Notes
• Atomic structure and the periodic table: atoms, elements and compoundsPractice📚 Notes
• Atomic structure and the periodic table: mixtures and separation techniquesPractice📚 Notes
• Atomic structure and the periodic table: atomic structure and subatomic particlesPractice📚 Notes
• Atomic structure and the periodic table: development of the atomic modelPractice📚 Notes
• Atomic structure and the periodic table: relative atomic mass and isotopesPractice📚 Notes
• Atomic structure and the periodic table: electronic structurePractice📚 Notes
• Atomic structure and the periodic table: development of the periodic tablePractice📚 Notes
• Atomic structure and the periodic table: groups and periods in the periodic tablePractice📚 Notes
• Atomic structure and the periodic table: properties of Group 0 (noble gases)Practice📚 Notes
• Ionic bonding and ionic compoundsPractice📚 Notes
• Atomic structure and the periodic table: properties of Group 1 (alkali metals)Practice📚 Notes
• Covalent bonding and simple molecular substancesPractice📚 Notes
• Atomic structure and the periodic table: properties of Group 7 (halogens)Practice📚 Notes
• Giant covalent structuresPractice📚 Notes
• Atomic structure and the periodic table: transition metalsPractice📚 Notes
• Metallic bonding and properties of metalsPractice📚 Notes
• Bonding, structure and properties of matter: ionic bonding and ionic compoundsPractice📚 Notes
• Bonding, structure and properties of matter: covalent bonding and simple molecular substancesPractice📚 Notes
• Bonding, structure and properties of matter: giant covalent structuresPractice📚 Notes
• Bonding, structure and properties of matter: metallic bonding and properties of metals and alloysPractice📚 Notes
• Bonding, structure and properties of matter: nanoparticles and their usesPractice📚 Notes
• Bonding, structure and properties of matter: states of matter and changes of statePractice📚 Notes
• Bonding, structure and properties of matter: bulk and surface properties of matter including nanoparticlesPractice📚 Notes
• Bonding, structure and properties of matter: bonding models and representing structures (dot-and-cross diagrams, ball-and-stick, 2D and 3D models)Practice📚 Notes
• Bonding, structure and properties of matter: giant ionic lattices and propertiesPractice📚 Notes
• Bonding, structure and properties of matter: polymers and their propertiesPractice📚 Notes
• Quantitative chemistry: relative formula mass and conservation of massPractice📚 Notes
• Chemical changes: reactivity series and extraction of metalsPractice📚 Notes
• Quantitative chemistry: the mole and molar massPractice📚 Notes
• Quantitative chemistry: reacting masses and limiting reactantsPractice📚 Notes
• Quantitative chemistry: concentration of solutionsPractice📚 Notes
• Quantitative chemistry: percentage yield and atom economyPractice📚 Notes
• Titrations and calculations from titration dataPractice📚 Notes
• Quantitative chemistry: volumes of gases and molar volumePractice📚 Notes
• Quantitative chemistry: use of moles to balance equations and calculate reacting volumes of gasesPractice📚 Notes
• Industrial electrolysis: aluminium extraction and chlor-alkali processPractice📚 Notes
• Oxidation and reduction in terms of electrons and oxygenPractice📚 Notes
• Chemical changes: reactions of acids with metals, bases and carbonatesPractice📚 Notes
• Chemical changes: pH scale, neutralisation and salt productionPractice📚 Notes
• Chemical changes: strong and weak acidsPractice📚 Notes
• Chemical changes: electrolysis of molten ionic compoundsPractice📚 Notes
• Chemical changes: electrolysis of aqueous solutionsPractice📚 Notes
• Cells, batteries and fuel cellsPractice📚 Notes
• Rate of reaction: measuring and factors affecting ratePractice📚 Notes
• Chemical changes: half equations and electrode reactions in electrolysisPractice📚 Notes
• Chemical changes: oxidation and reduction in terms of electrons and oxygenPractice📚 Notes
• Chemical changes: displacement reactions and the reactivity seriesPractice📚 Notes
• Energy changes: exothermic and endothermic reactionsPractice📚 Notes
• The Haber process and industrial conditionsPractice📚 Notes
• Energy changes: reaction profiles and activation energyPractice📚 Notes
• Energy changes: bond energies and calculating energy changesPractice📚 Notes
• Production and uses of NPK fertilisersPractice📚 Notes
• Energy changes: fuel cells and hydrogen as a fuelPractice📚 Notes
• The rate and extent of chemical change: calculating rates of reactionPractice📚 Notes
• The rate and extent of chemical change: factors affecting the rate of reaction (concentration, temperature, surface area, catalysts)Practice📚 Notes
• Combustion of fuels and incomplete combustionPractice📚 Notes
• The rate and extent of chemical change: collision theory and activation energyPractice📚 Notes
• The rate and extent of chemical change: catalysts and their actionPractice📚 Notes
• The rate and extent of chemical change: reversible reactions and dynamic equilibriumPractice📚 Notes

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