Get ready for your chemistry exams with CCEA past papers and mark schemes, as well as top tips for your revision and exams in the subject.

Try this quiz based on GCSE Chemistry past papers. Choose the topic you would like to revise and answer the questions.

CCEA Foundation and higher GCSE interactive tests based on past papers to get you ready for your chemistry exams. Topics include the periodic table, equations and more.

Use our interactive quiz to understand how the CCEA foundation and higher chemistry GCSE exams work. Revise topics such as the periodic table and equations.

This interactive quiz is for GCSE Chemistry (single science) students studying acids, alkalis and salts. Test your knowledge on neutralisation, reactions with acids and solutions.

This interactive quiz is for GCSE Chemistry (single science) students studying acids, alkalis and salts. Test your knowledge of indicators, reactions and chemical equations.

What are atoms made up of? How did scientists’ ideas about atoms change over time? What are protons, neutrons and electrons?

What is the difference between ionic, covalent and metallic bonding? What are dot and cross diagrams? How are they interpreted?

What are covalent and ionic compounds and structures? How do these two types of bonds lead to different physical properties in substances?

What are nanoparticles? What are they used for? What is their surface area to volume ratio?

What are symbols, formulae and equations? How do they help chemists explain chemical reactions in detail?

What is the history and structure of the periodic table? How do groups and periods work? How does reactivity change across the table?

What are relative atomic masses? What are relative formula masses? How are these used in chemistry to carry out mole calculations?

How do indicators show whether a solution is acidic, alkaline or neutral? What makes acids and alkalis strong or weak? How do acids react with different substances?

How are chemicals analysed and separated using filtration; crystallisation; paper chromatography; simple and fractional distillation; and flame tests?

What does solubility mean? How does temperature affect the solubility of solids and gases? What happens to a saturated solution when it is cooled?

What is the reactivity series? How does a more reactive metal displace a less reactive one from its compound? Why does reactivity decide how a metal can be extracted from its ore?

Why does iron rust? How can rusting be prevented? What are redox reactions? How is iron extracted from its ore?

How do concentration, temperature, surface area and catalysts influence the rate of reaction? How is the rate of reaction be measured?

How is dynamic equilibrium reached in a reversible reaction? What is Le Châtelier’s principle used to predict? What is the Haber process?

What are organic compounds? How are they grouped into homologous series like alkanes, alkenes, alcohols and carboxylic acids? How are they obtained from crude oil?

How is concentration calculated from moles and volume? What is titration used for? What does Avogadro’s Law tell us about gas volumes? What is atom economy a measure of?

What occurs during electrolysis? How is an electrolyte split at the cathode and anode? How is aluminium extracted from its ore using electrolysis?

What type of energy changes occur during chemical reactions? How are energy changes calculated? How does a reaction profile show these changes?

What type of gaseous elements and compounds are found in the Earth’s atmosphere? What are the key properties and uses of nitrogen, ammonia, hydrogen, oxygen and carbon dioxide?

Learn how to carry out this experiment where you heat hydrated iron(II) sulfate crystals, and record mass measurements, to calculate the mass of water in the supplied crystals.

Learn how to investigate the reactions of acids, including the temperature changes that occur.

Learn how to make a soluble salt from a base and make a soluble salt from an alkali.

Learn how to identify the ions in an ionic compound using chemical tests.

Learn how to determine the relative reactivity of metals through this experiment.

Learn about how to carry out an experiment to explore the rate of reaction.

Learn how to carry out an experiment to investigate the reactions of carboxylic acids.

Determine the reacting volumes of solutions of acid and alkali by titration and determine the concentration of solutions of acid and alkali by titration.

Learn about how to investigate the preparation, properties, tests and reactions of the gases hydrogen, oxygen and carbon dioxide.

Plan, observe and evaluate experiments with a hypothesis, variables and conclusions, using scientific equipment like a measuring cylinder or a burette.