CIE IGCSE Co-ordinated Sciences 0654 Study Notes- New Syllabus 2025-2027
CIE IGCSE Co-ordinated Sciences 0654 Study Notes
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CIE iGCSE Coordinated Science Study Notes
Biology
- B1.1 Characteristics of living organisms Study Notes
- B2. Cells
- B3. Movement into and out of cells
- B4. Biological molecules
- B5. Enzymes Study Notes
- B6. Plant nutrition
- B7. Human nutrition
- B8. Transport in plants
- B9. Transport in animals
- B10. Diseases and immunity Study Notes
- B11. Gas exchange in humans Study Notes
- B12. Respiration Study Notes
- B13. Coordination and response
- B14. Drugs Study Notes
- B15. Reproduction
- B16. Inheritance
- B17. Variation and selection
- B18. Organisms and their environment
- B19. Human influences on ecosystems
Chemistry
- C1. States of matter
- C2. Atoms, elements and compounds
- C2.1 Elements, compounds and mixtures
- C2.2 Atomic structure and the Periodic Table
- C2.3 Isotopes
- C2.4 Ions and ionic bonds
- C2.5 Simple molecules and covalent bonds
- C2.6 Giant covalent structures
- C2.7 Metallic bonding
- C3. Stoichiometry
- C4. Electrochemistry
- C5. Chemical energetics
- C6. Chemical reactions
- C7. Acids, bases and salts
- C8. The Periodic Table
- C8.1 Arrangement of elements
- C8.2 Group I properties
- C8.3 Group VII properties
- C8.4 Transition elements
- C8.5 Noble gases
- C9. Metals
- C9.1 Properties of metals
- C9.2 Uses of metals
- C9.3 Alloys and their properties
- C9.4 Reactivity series
- C9.5 Corrosion of metals
- C9.6 Extraction of metals
- C10. Chemistry of the environment
- C10.1 Water
- C10.2 Air quality and climate
- C11. Organic chemistry
- C11.1 Formulas and terminology
- C11.2 Naming organic compounds
- C11.3 Fuels
- C11.4 Alkanes
- C11.5 Alkenes
- C11.6 Alcohols
- C11.7 Polymers
- C12. Experimental techniques and chemical analysis
- C12.1 Experimental design
- C12.2 Acid-base titrations
- C12.3 Chromatography
- C12.4 Separation and purification
- C12.5 Identification of ions and gases
Physics
- P1. Motion, forces and energy
- P2. Thermal physics
- P2.1 Kinetic particle model of matter
- P2.1.1 States of matter
- P2.1.2 Particle model
- P2.1.3 Pressure changes
- P2.2 Thermal properties and temperature
- P2.2.1 Thermal expansion of solids, liquids and gases
- P2.2.2 Melting, boiling and evaporation
- P2.3 Transfer of thermal energy
- P2.3.1 Conduction
- P2.3.2 Convection
- P2.3.3 Radiation
- P2.3.4 Consequences of thermal energy transfer
- P2.1 Kinetic particle model of matter
- P3. Waves
- P4. Electricity and magnetism
- P4.1 Simple phenomena of magnetism
- P4.2 Electrical quantities
- P4.2.1 Electrical charge
- P4.2.2 Electric current
- P4.2.3 Voltage (electromotive force and potential difference)
- P4.2.4 Resistance
- P4.2.5 Electrical energy and electrical power
- P4.3 Electrical circuits
- P4.3.1 Circuit diagrams and circuit components
- P4.3.2 Series and parallel circuits
- P4.4 Electrical safety
- P4.5 Electromagnetic effects
- P4.5.1 Electromagnetic induction
- P4.5.2 The a.c. generator
- P4.5.3 Magnetic effect of current
- P4.5.4 Force on a current-carrying conductor
- P4.5.5 The d.c. motor
- P4.5.6 The transformer
- P5. Nuclear physics
- P6. Space physics
- P6.1 The Solar System
- P6.2 Stars and the Universe
