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Biology
B1. Characteristics of Living Organisms
B1.1 – Characteristics of Living Organisms
B2. Cells
B2.2 – Movement In and Out of Cells
B3. Biological Molecules
B4. Enzymes
B5. Plant Nutrition
B6. Animal Nutrition
B7. Transport
B8. Gas Exchange and Respiration
B9. Coordination and Response
B9.1 – Nervous Control in Humans
B10. Reproduction
B10.1 – Asexual and Sexual Reproduction
B10.2 – Sexual Reproduction in Plants
B10.3 – Sexual Reproduction in Humans
B11. Inheritance
B11.3 – Monohybrid Inheritance
B11.4 – Variation and Selection
B12. Organisms and Their Environment
B12.1 – Organisms and Their Environment
B13. Human Influences on Ecosystems
B13.1 – Human Influences on Ecosystems
Chemistry
C1. The Particulate Nature of Matter
C1.1 – The Particle Nature of Matter
C2. Experimental Techniques
C2.3 – Methods of Purification
C3. Atoms, Elements and Compounds
C3.1 – Physical and Chemical Changes
C3.2 – Elements, Compounds and Mixtures
C3.3 – Atomic Structure and the Periodic Table
C3.4 – Ions and Ionic Bonds
C3.5 – Molecules and Covalent Bonds
C3.6 – Macromolecules
C4. Stoichiometry
C4.1 – Stoichiometry
C4.2 – The Mole
C5. Electricity and Chemistry
C5.1 – Electricity and Chemistry
C6. Energy Changes in Chemical Reactions
C6.1 – Energy Changes in Chemical Reactions
C7. Chemical Reactions
C7.1 – Rate (Speed) of Reaction
C7.2 – Redox
C8. Acids, Bases and Salts
C8.1 – The Characteristic Properties of Acids and Bases
C8.2 – Types of Oxides
C8.3 – Preparation of Salts
C8.4 – Identification of Ions and Gases
C9. The Periodic Table
C9.1 – The Periodic Table
C9.2 – Periodic Trends
C9.3 – Group Properties
C9.4 – Transition Elements
C9.5 – Noble Gases
C10. Metals
C10.1 – Properties of Metals
C10.2 – Reactivity Series
C10.3 – Extraction of Metals from their Ores
C10.4 – Uses of Metals
C11. Air and water
C11.1 – Wate
C11.2 – Air
C11.3 – Carbon Dioxide and Methane
C11.4 – Nitrogen and Fertilisers
C12. Sulfur
C12.1 – Sulfur
C13. Carbonates
C13.1 – Carbonates
C14. Organic Chemistry
C14.1 – Names of Compounds
C14.2 – Fuels
C14.3 – Homologous Series
C14.4 – Alkanes
C14.5 – Alkenes
C14.6 – Alcohols
C14.7 – Polymers
C14.8 – Synthetic Polymers
Physics
P1. Motion
P1.4 – Density
P1.5 – Forces
- P1.5.1 – Effects of Forces
- P1.5.2 – Turning Effect
- P1.5.3 – Centre of Mass
- P1.5.4 – Pressure
P2. Work, Energy and Power
P2.1 – Work
P2.2 – Energy
P2.3 – Power
P2.4 – Energy Resources
P3. Thermal Physics
P3.1 – Simple Kinetic Molecular Model of Matter
P3.2 – Pressure Changes
P3.3 – Matter and Thermal Properties
P3.4 – Measurement of Temperature
P3.5 – Thermal Processes
- P3.5.1 – Conduction
- P3.5.2 – Convection
- P3.5.3 – Radiation
- P3.5.4 – Consequences of Energy Transfer
P4. Properties of Waves, Including Light and Sound
P4.1 – General Wave Properties
P4.2 – Light
- P4.2.1 – Reflection of Light
- P4.2.2 – Refraction of Light
- P4.2.3 – Thin Converging Lens
P4.3 – Electromagnetic Spectrum
P4.4 – Sound
P5. Electricity and Magnetism
P5.1 – Simple Phenomena of Magnetism
P5.2 – Electrical Quantities
- P5.2.1 – Electrical Charge
- P5.2.2 – Current, Potential Difference and Electromotive Force (e.m.f.)
- P5.2.3 – Resistance
P6. Electric Circuits
P6.1 – Circuit Diagrams
P6.2 – Series and Parallel Circuits
P6.3 – Electrical Energy
P6.4 – Dangers of Electricity
P7. Electromagnetic Effects
P7.1 – Magnetic Effect of an Electric Current
P7.2 – Force on a Current-Carrying Conductor
P7.3 – d.c. Motor
P7.4 – Electromagnetic Induction
P7.5 – a.c. Generator
P7.6 – Transformer
P8. Atomic Physics
P8.1 – The Nuclear Atom
P8.2 – Radioactivity
- P8.2.1 – Characteristics of the Three Kinds of Emission
- P8.2.2 – Detection of Radioactivity
- P8.2.3 – Radioactive Decay
- P8.2.4 – Half-life
- P8.2.5 – Safety Precautions
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