Edexcel GCSE Combined Science
Practice 488+ subtopics across 29 topics. All questions match the Edexcel GCSE Combined Science specification.
About Edexcel GCSE Combined Science
The Pearson Edexcel (Edexcel) GCSE Combined Sciencespecification covers all the key concepts you need to master for your exams.International exam board offering GCSEs and A-Levels worldwide
Our AI-generated questions are specifically designed to match the style, format, and difficulty level of Edexcel GCSE Combined Science exams. Each question includes detailed solutions showing full working.
All Topics
Key Concepts in Biology
Cells, microscopy, enzymes, and transport
Cells and Control
Cell division, growth, and the nervous system
Genetics
DNA, inheritance, and genetic modification
Natural Selection and Genetic Modification
Evolution, classification, and genetic engineering
Health, Disease and the Development of Medicines
Pathogens, immunity, and drug development
Plant Structures and Their Functions
Photosynthesis, transport in plants, and plant hormones
Animal Coordination, Control and Homeostasis
Hormones, reproduction, and maintaining stable conditions
Exchange and Transport in Animals
Digestive system, circulatory system, and gas exchange
Ecosystems and Material Cycles
Ecology, biodiversity, and nutrient cycles
Key Concepts in Chemistry
Atomic structure, the periodic table, and bonding
States of Matter and Mixtures
Separating mixtures and water treatment
Chemical Changes
Acids, bases, electrolysis, and reactions of metals
Extracting Metals and Equilibria
Metal extraction and reversible reactions
Separate Sciences Specific Topics
Groups in the periodic table
Rates of Reaction and Energy Changes
Reaction rates, catalysts, and energy transfers
Fuels and Earth Science
Hydrocarbons, combustion, and the atmosphere
Chemical Calculations
Moles, concentrations, and yields
Chemical Analysis
Testing for ions and gases
Key Concepts of Physics
Units, scalars and vectors
Motion and Forces
Describing motion, Newton's laws, and momentum
Conservation of Energy
Energy stores, transfers, and efficiency
Waves
Wave properties and electromagnetic radiation
Light and the Electromagnetic Spectrum
Light behaviour and applications of EM waves
Radioactivity
Atomic structure, radiation, and nuclear reactions
Energy - Forces Doing Work
Energy resources and forces
Forces and their Effects
Pressure, moments, and equilibrium
Electricity and Circuits
Current, voltage, resistance, and circuits
Magnetism and the Motor Effect
Magnets, electromagnets, and motors
Particle Model
Density, states of matter, and internal energy