1. States of Matter

1.1 Solids, Liquids & Gases

1.1.1 Kinetic Theory

1.1.2 States of Matter

1.1.3 Pressure & Temperature in Gases

1.1.4 Diffusion

2. Atoms, Elements & Compounds

2.1 Atomic Structure & the Periodic Table

2.1.1 Elements, Compounds & Mixtures

2.1.2 Atomic Structure

2.1.3 Electronic Configuration

2.1.4 Isotopes

2.2 Ions & Ionic Bonds

2.2.1 Ions & Ionic Bonds

2.2.2 Ionic Bonds & Lattice Structure

2.2.3 Properties of Ionic Compounds

2.3 Simple Molecules & Covalent Bonds

2.3.1 Covalent Bonds

2.3.2 Molecules & Compounds

2.3.3 Properties of Simple Molecular Compounds

2.4 Giant Structures

2.4.1 Diamond & Graphite

2.4.2 Silicon(IV) Oxide

2.4.3 Metallic Bonding

3. Stoichiometry

3.1 Formulae & Relative Masses

3.1.1 Formulae

3.1.2 Empirical Formulae & Formulae of Ionic Compounds

3.1.3 Writing Equations

3.1.4 Ar & Mr

3.2 The Mole & the Avogadro Constant

3.2.1 The Mole

3.2.2 Linking Moles, Mass & Mr

3.2.3 Reacting Masses

3.2.4 Calculating Concentration

3.2.5 Titration Calculations

3.2.6 Empirical & Molecular Formula

3.2.7 Percentage Yield & Purity

4. Electrochemistry

4.1 Electrolysis

4.1.1 Electrolysis Principles

4.1.2 Electrolysis of Molten Compounds

4.1.3 Electrolysis of Aqueous Sodium Chloride & Dilute Sulfuric Acid

4.1.4 Electrolysis of Aqueous Solutions

4.1.5 Ionic Half Equations

4.2 Applications of Electrolysis

4.2.1 Electroplating

4.2.2 Hydrogen Fuel Cells

5. Chemical Energetics

5.1 Exothermic & Endothermic Reactions

5.1.1 Endothermic & Exothermic Reactions

5.1.2 Enthalpy Change & Activation Energy

5.1.3 Bond Breaking & Bond Forming

6. Chemical Reactions

6.1 Chemical Change & Rate of Reaction

6.1.1 Physical & Chemical Changes

6.1.2 Rates of Reaction Factors

6.1.3 Collision Theory

6.1.4 Explaining Rates Using Collision Theory

6.1.5 Investigating The Rate of a Reaction

6.1.6 Interpreting Data

6.2 Reversible Reactions & Equilibrium

6.2.1 Reversible Reactions

6.2.2 Equilibrium

6.2.3 The Haber Process

6.2.4 The Contact Process

6.3 Redox

6.3.1 Oxidation & Reduction

6.3.2 Redox & Electron Transfer

7. Acids, Bases & Salts

7.1 The Characteristic Properties of Acids & Bases

7.1.1 Properties of Acids & Bases

7.1.2 The Ions in Acids & Alkalis

7.1.3 Proton Transfer, Strong & Weak Acids

7.1.4 Classifying Oxides

7.2 Preparation of Salts

7.2.1 Preparing Soluble Salts

7.2.2 Preparing Insoluble Salts

7.2.3 Solubility Rules

7.2.4 Hydrated & Anhydrous Salts

8. The Periodic Table

8.1 The Periodic Table & Trends

8.1.1 The Periodic Table

8.1.2 Periodic Trends

8.2 Group Properties & Trends

8.2.1 Group I Properties

8.2.2 Group VII Properties

8.2.3 Group VII Displacement Reactions

8.2.4 Transition Elements

8.2.5 Noble Gases

9. Metals

9.1 Properties, Uses & Alloys of Metals

9.1.1 Properties of Metals

9.1.2 Uses of Metals

9.1.3 Alloys

9.2 Reactivity Series & Corrosion of Metals

9.2.1 Reactivity Series

9.2.2 Explaining Reactivity

9.2.3 Rusting of Iron

9.2.4 Galvanising & Sacrificial Protection

9.3 Extraction of Metals

9.3.1 Extraction of Metals

9.3.2 Extraction of Iron from Hematite

9.3.3 Extraction of Aluminium from Bauxite

10. Chemistry of the Environment

10.1 Water & Water Pollution

10.1.1 Water: Chemical Tests

10.1.2 Substances in Water from Natural Sources

10.1.3 Water Treatment

10.1.4 Fertilisers

10.2 Air Quality & Climate

10.2.1 Air

10.2.2 Effects of Greenhouse Gases

10.2.3 Reducing the Effects of Environmental Issues

10.2.4 Photosynthesis

11. Organic Chemistry

11.1 Formulae, Functional Groups & Terminology

11.1.1 Organic Formulae

11.1.2 Homologous Series

11.1.3 Saturated & Unsaturated Compounds

11.1.4 Naming Organic Compounds

11.2 Organic Families

11.2.1 Fossil Fuels

11.2.2 Alkanes

11.2.3 Alkenes

11.2.4 Addition Reactions

11.2.5 Alcohols

11.2.6 Carboxylic Acids

11.2.7 Ethanoic Acid & Esterification Reactions

11.3 Polymers

11.3.1 Polymers

11.3.2 Addition & Condensation Polymers

11.3.3 Plastics & their Disposal

11.3.4 Proteins

12. Experimental Techniques & Chemical Analysis

12.1 Experimental Techniques

12.1.1 Apparatus for Measurements

12.1.2 Solutions

12.1.3 Acid-Base Titrations

12.2 Separation & Purification

12.2.1 Paper Chromatography

12.2.2 Locating Agents & Rf Values

12.2.3 Separation & Purification Techniques

12.3 Identification of Ions & Gases

12.3.1 Identification of Anions

12.3.2 Identification of Cations

12.3.3 Identification of Gases