1. Atomic Structure

1.1 Atomic Structure

1.1.1 Changing Models of the Atom

1.1.2 Atomic Structure

1.1.3 The Nucleus

1.1.4 Isotopes

1.1.5 Calculating Relative Atomic Mass

1.2 The Periodic Table

1.2.1 Mendeleev´s Periodic Table

1.2.2 The Modern Periodic Table

1.2.3 Electronic Configurations

1.3 Ionic Bonding

1.3.1 Ions

1.3.2 Ionic Bonding

1.3.3 Names & Formulae of Ionic Compounds

1.4 Covalent Bonding

1.4.1 Covalent Bonding

1.4.2 Simple Molecules

1.5 Types of Substance

1.5.1 Types of Substance

1.5.2 Comparing Ionic & Covalent Compounds

1.5.3 Giant Covalent Substances

1.5.4 Fullerenes & Graphene

1.5.5 Polymers

1.5.6 Metals

1.5.7 Representing Structures

1.6 Calculations Involving Masses

1.6.1 Relative Formula Mass

1.6.2 Empirical Formulae

1.6.3 Determine an Empirical Formula

1.6.4 Conservation of Mass

1.6.5 Reacting Masses

1.6.6 Concentration

1.6.7 The Mole

1.6.8 Limiting Reagent

1.6.9 Deducing Stoichiometry

2. States of Matter & Mixtures

2.1 States of Matter

2.1.1 States of Matter

2.2 Methods of Separating & Purifying Substances

2.2.1 Pure Substances & Mixtures

2.2.2 Separation Techniques

2.2.3 Interpreting Chromatograms

2.2.4 Core Practical: Investigating Inks

2.2.5 Purifying Water

3. Chemical changes

3.1 Acids

3.1.1 Acids & Bases

3.1.2 Hydrogen Ions & pH

3.1.3 Core Practical: Investigating pH

3.1.4 Acid Strength & Concentration

3.1.5 Bases

3.1.6 Reactions of Acids

3.1.7 Test for Hydrogen & Carbon Dioxide

3.1.8 Core Practical: Preparing Copper Sulfate

3.1.9 Prepare a Salt by Titration

3.1.10 Solubility Rules

3.1.11 Preparing an Insoluble Salt

3.2 Electrolytic Processes

3.2.1 Electrolysis

3.2.2 Electrolysis of Aqueous Solutions

3.2.3 Electrolysis of Molten Compounds

3.2.4 Electrolysis & Redox

3.2.5 Core Practical: Electrolysis of Copper(II)Sulfate

4. Extracting metals & equilibria

4.1 Obtaining & Using Metals

4.1.1 Reactivity of Metals

4.1.2 Metal Displacement Reactions & Redox

4.1.3 Extracting Metals

4.1.4 Bioleaching & Phytomining

4.1.5 Recycling Metals

4.1.6 Life Cycle Assessment

4.2 Reversible Reactions & Equilibria

4.2.1 Reversible Reactions & Equilibrium

4.2.2 The Haber Process

4.2.3 The Position of Equilibrium

5. Separate Chemistry 1

5.1 Transition Metals, Alloys & Corrosion

5.1.1 Transition Metals

5.1.2 Corrosion of Metals

5.1.3 Alloys

5.1.4 Using Metals

5.2 Quantitative Analysis

5.2.1 Using Concentrations in mol/dm3

5.2.2 Core Practical: Acid-Alkali Titration

5.2.3 Titration Calculations

5.2.4 Yield

5.2.5 Atom Economy

5.2.6 Choosing a Reaction Pathway

5.2.7 Molar Volume

5.2.8 Avogadro's Law

5.3 Dynamic Equilibria

5.3.1 Reaching Equilibrium

5.3.2 Fertilisers

5.4 Chemical Cells & Fuel Cells

5.4.1 Electrochemical Cells

5.4.2 Fuel Cells

6. Groups in the periodic table

6.1 Group 1

6.1.1 Group 1 (Alkali Metals)

6.1.2 Group 1: Reactivity & Electronic Configurations

6.2 Group 7

6.2.1 Group 7 (Halogens)

6.2.2 Reactions of the Halogens

6.2.3 Halogen Displacement & Redox

6.2.4 Group 7: Reactivity & Electronic Configurations

6.3 Group 0

6.3.1 Group 0 (Noble Gases)

7. Rates of reaction & energy changes

7.1 Rates of Reaction

7.1.1 Core Practical: Investigating Rate of Reaction

7.1.2 Collision Theory

7.1.3 Rate Graphs

7.1.4 Catalysts

7.1.5 Enzymes

7.2 Heat Energy Changes in Chemical Reactions

7.2.1 Heat Energy Changes

7.2.2 Bonds & Energy Changes

7.2.3 Bond Energy Calculations

7.2.4 Reaction Profiles

8. Fuels & Earth science

8.1 Fuels

8.1.1 Crude Oil

8.1.2 Fractional Distillation of Crude Oil

8.1.3 Homologous Series

8.1.4 Combustion of Fuels

8.1.5 Acid Rain: Nitrogen Oxides & Sulfur Dioxide

8.1.6 Hydrogen vs Fossil Fuels

8.1.7 Cracking

8.2 Earth & Atmospheric Science

8.2.1 Evolution of the Atmosphere

8.2.2 Greenhouse Gases

8.2.3 Human Activity & Climate Change

9. Separate Chemistry 2

9.1 Qualitative Analysis: Tests for Ions

9.1.1 Flame Tests

9.1.2 Tests for Cations

9.1.3 Testing for Ammonia

9.1.4 Tests for Anions

9.1.5 Core Practical: Identifying Ions

9.1.6 Instrumental Methods of Analysis

9.2 Hydrocarbons

9.2.1 Alkanes

9.2.2 Alkenes

9.2.3 Combustion of Hydrocarbons

9.3 Polymers

9.3.1 Polymers

9.3.2 Addition Polymers

9.3.3 Condensation Polymers

9.3.4 Problems with Polymers

9.3.5 Natural Polymers

9.4 Alcohols & Carboxylic Acids

9.4.1 Alcohols

9.4.2 Core Practical: Heat of Combustion of Alcohols

9.4.3 Carboxylic Acids

9.4.4 Fermentation

9.5 Bulk & Surface Properties of Matter Including Nanoparticles

9.5.1 Nanoparticles

9.5.2 Ceramics, Polymers, Composites & Metals