GCSE AQA
Combined Science
Why this course Master core concepts across biology, chemistry, and physics to explain how the world works.
Building a strong foundation in combined science opens doors to A-levels, technical pathways, and a deeper understanding of the technological world around you.
By the end, you’ll be able to
Drawn from the course specification1 Investigate scientific phenomena through practical experiments and rigorous data analysis
2 Explain the fundamental principles of life, matter, energy, and forces
3 Apply mathematical and problem-solving skills to real-world scientific contexts
4 Evaluate the social, ethical, and environmental impacts of scientific advancements
More courses
3 more to explore
Cell Biology
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Cell Structure and Microscopy Soon
Cell Division and Stem Cells Soon
Transport in Cells Soon
Organisation
Coming soon
Digestive System and Enzymes Soon
Heart, Blood Vessels and Blood Soon
Health, Disease and Risk Factors Soon
Plant Tissues, Organs and Systems Soon
Communicable Diseases and Defences Soon
Drug Discovery and Development Soon
Bioenergetics
Coming soon
Photosynthesis and Limiting Factors Soon
Aerobic and Anaerobic Respiration Soon
Homeostasis and Response
Coming soon
Principles of Homeostasis and Nervous System Soon
The Endocrine System and Blood Glucose Control Soon
Human Reproduction and Hormonal Control Soon
Inheritance, Variation and Evolution
Coming soon
Meiosis, DNA and the Genome Soon
Genetic Inheritance and Disorders Soon
Variation, Evolution and Selective Breeding Soon
Genetic Engineering and Antibiotic Resistance Soon
Classification and Evolutionary Trees Soon
Ecology
Coming soon
Communities, Competition and Abiotic Factors Soon
Ecological Sampling Techniques Soon
Material Cycling and Biodiversity Soon
Atomic Structure and the Periodic Table
Coming soon
Atoms, Elements, Compounds and Mixtures Soon
Development of the Model of the Atom Soon
Electronic Structure and the Periodic Table Soon
Properties of Metals, Group 0, Group 1 and Halogens Soon
Chemical Equations and Substance Formation Soon
Bonding, Structure and the Properties of Matter
Coming soon
Ionic, Covalent and Metallic Bonding Soon
States of Matter and Structure Types Soon
Properties of Carbon Allotropes Soon
Quantitative Chemistry
Coming soon
Conservation of Mass and Relative Formula Mass Soon
Moles and Chemical Amounts Soon
Concentration of Solutions Soon
Chemical Changes
Coming soon
Metal Reactivity and Oxidation Soon
Reactions of Acids and Salt Production Soon
Electrolysis and Extraction of Metals Soon
Energy Changes in Chemistry
Coming soon
Exothermic and Endothermic Reactions Soon
Reaction Profiles and Bond Energies Soon
The Rate and Extent of Chemical Change
Coming soon
Calculating Rates of Reaction and Collision Theory Soon
Factors Affecting Rates and Catalysts Soon
Reversible Reactions and Dynamic Equilibrium Soon
Organic Chemistry
Coming soon
Crude Oil, Alkanes and Fractional Distillation Soon
Cracking and Alkenes Soon
Chemical Analysis
Coming soon
Purity, Formulations and Chromatography Soon
Identification of Gases Soon
Separation and Purification Techniques Soon
Chemistry of the Atmosphere
Coming soon
The Evolution of the Atmosphere Soon
Greenhouse Gases and Climate Change Soon
Atmospheric Pollutants Soon
Using Resources
Coming soon
Sustainable Development and Potable Water Soon
Waste Water Treatment and Metal Extraction Soon
Life Cycle Assessment and Recycling Soon
Energy
Coming soon
Energy Stores and Systems Soon
Changes in Energy and Power Soon
Energy Transfers, Efficiency and Resources Soon
Electricity
Coming soon
Current, Potential Difference and Resistance Soon
Series and Parallel Circuits Soon
Mains Electricity and the National Grid Soon
Particle Model of Matter
Coming soon
Density and States of Matter Soon
Internal Energy and Specific Latent Heat Soon
Atomic Structure Physics
Coming soon
Atoms and Nuclear Radiation Soon
Radioactive Decay and Half-Life Soon
Hazards of Contamination and Irradiation Soon
Forces
Coming soon
Contact and Non-Contact Forces and Gravity Soon
Work Done and Elasticity Soon
Forces and Elasticity Practical Soon
Forces and Motion Soon
Newton's Laws of Motion Soon
Momentum Soon
Waves
Coming soon
Transverse and Longitudinal Waves Soon
Electromagnetic Waves and Applications Soon
Electromagnetism
Coming soon
Magnets and Magnetic Fields Soon
Electromagnetism and the Motor Effect Soon
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Free practice resources
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About this course
What you'll learn with Combined Science
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