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Section 1 - Physical Chemistry 1 - Atomic Structure 1.1 - The Structure of an Atom and Numbers of Nucleons 1.2 - Isotopes and Masses of Atoms 1.3 - Electronic Structure and Electronic Configurations 1.4 - Mass Spectrometry 2 - Atoms, Molecules and Stoichiometry 2.1 - Masses of Molecules and Amount of Substance 2.2 - Reacting Masses and the Stochiometry of a Reaction 2.3 - Percentage Yield 2.4 - Empirical and Molecular Formulae 2.5 - Balancing Chemical Equations 2.6 - Solutions and Concentration 2.7 - Calculations Involving Gas Volumes 3 - Chemical Bonding 3.1 - Ionic Bonding 3.2 - Covalent Bonding and Simple Molecular Structures 3.3 - Shapes of Molecules 3.4 - Sigma Bonds and Pi Bonds 3.5 - Metallic Bonding 3.6 - Electronegativity and Polarity in Molecules 3.7 - Intermolecular Forces 3.8 - Giant Molecular Structures and Fullerenes 4 - States of Matter 4.1 - The Gaseous State 4.2 - Bonding and Physical Properties 5 - Chemical Energetics 5.1 - Enthalpy Changes 5.2 - Measuring Enthalpy Changes 5.3 - Hess' Law 5.4 - Bond Energies and Enthalpy Changes 6 - Electrochemistry 6.1 - Oxidation Numbers 6.2 - Redox 6.3 - Redox Equations 7 - Equilibria 7.1 - Reversible Reactions and Equilibrium 7.2 - Changing the Position of Equilibrium 7.3 - Equilibrum Expressions and the Equilibrium Constant, Kc 7.4 - Equilibria in Gas Reactions: The Equilibrium Constant, Kp 7.5 - Acid-Base Equilibria 7.6 - Acid-Base Titrations 8 - Reaction Kinetics 8.1 - Rate of Reaction 8.2 - The Effect of Temperature on Rate of Reaction 8.3 - Catalysis Section 2 - Inorganic Chemistry 9 - The Periodic Table: Chemical Periodicity 9.1 - Structure of the Periodic Table 9.2 - Periodicity of Physical and Chemical Properties 9.3 - Ionisation Energies 9.4 - Oxides of Period 3 Elements 9.5 - Chlorides of Period 3 Elements 10 - Group 2 10.1 - Physical Properties and Reactions of Group 2 Elements 10.2 - Reactions of Group 2 Compounds 11 - Group 17 11.1 - Physical Properties of Group 17 Elements 11.2 - Reactions of Group 17 Elements 11.3 - Reactions of the Halide Ions 11.4 - The Reactions of Chlorine 11.5 - Qualitative Analysis of Anions 12 - Nitrogen and Sulfur 12.1 - Nitrogen Gas, Ammonia and Ammonium Compounds 12.2 - Nitrogen Oxides in the Atmosphere Section 3 - Organic Chemistry 13 - An Introduction to AS Level Organic Chemistry 13.1 - Representing Organic Molecules 13.2 - Homologous Series of Organic Molecules 13.3 - Naming Organic Compounds 13.4 - Bonding in Organic Molecules 13.5 - Isomerism 13.6 - Types of Organic Reaction & Reaction Mechanism 14 - Hydrocarbons 14.1 - The Homologous Group of Alkanes 14.2 - Cracking of Alkanes 14.3 - Combustion of Alkanes 14.4 - Substitution Reactions of Alkanes 14.5 - The Alkenes 14.6 - Addition Reactions of the Alkenes 14.7 - Oxidation of the Alkenes 15 - Halogen Compounds 15.1 - Making Halogenoalkanes 15.2 - Nucleophilic Substitution Reactions in Halogenoalkanes 15.3 - Elimination Reactions 16 - Hydroxy Compounds 16.1 - The Homologous Series of Alcohols 16.2 - Reactions of the Alcohols 17 - Carbonyl Compounds 17.1 - The Homologous Series of Aldehydes & Ketones 17.2 - Reactions of Aldehydes & Ketones 17.3 - Testing for Aldehydes & Ketones 18 - Carboxylic Acids and Derivatives 18.1 - Carboxylic Acids 18.2 - Esters 19 - Nitrogen Compounds 19.1 - Primary Amines, Nitriles & Hydroxynitriles 20 - Polymerisation 20.1 - Addition Polymerisation 21 - Organic Synthesis 21.1 - Synthetic Routes Section 4 - Analysis 22 - Analytical Techniques 22.1 - Mass Spectrometry 22.2 - Infrared Spectroscopy

Section 1 - Physical Chemistry 23 - Chemical Energetics 23.1 - Lattice Energy 23.2 - Born-Haber Cycles 23.3 - Enthalpies of Solution and Hydration 23.4 - Entropy Change 23.5 - Gibbs Free Energy Change 24 - Electrochemistry 24.1 - Electrode Potentials 24.2 - Using E⦵ Values 24.3 - Electrolysis 25 - Equilibria 25.1 - Conjugate Acids and Conjugate Bases 25.2 - pH Calculations 25.3 - Weak Acids: Using the Acid Dissociation Constant, Ka 25.4 - Buffer Solutions 25.5 - Equilibrium and Solubility 25.6 - Partition Coefficients 26 - Reaction Kinetics 26.1 - Rate Equations and Orders of Reaction 26.2 - Calculations Involving the Rate Equation 26.3 - Kinetics and Reaction Mechanism 26.4 - Catalysis Section 2 - Inorganic Chemistry 27 - Group 2 27.1 - Similarities and Trends in Properties of Group 2 Compounds 28 - Chemistry of Transition Elements 28.1 - What is a Transition Element? 28.2 - Chemical Properties of the Transition Elements 28.3 - Redox Titrations 28.4 - Ligands and Complex Formation 28.5 - Stereoisomerism in Transition Metal Complexes 28.6 - Substitution of Ligands 28.7 - Stability Constants 28.8 - The Colour of Complexes 28.9 - Qualitative Analyis of Cations Section 3 - Organic Chemistry 29 - An Introduction to A Level Organic Chemistry 29.1 - Naming Organic Compounds 29.2 - Optical Isomerism 30 - Hydrocarbons 30.1 - The Benzene Ring 30.2 - Reactions of Arenes 31 - Halogen Compounds 31.1 - Halogen Compounds 32 - Hydroxy Compounds 32.1 - Alcohols 32.2 - Phenol 32.3 - Directing Effects 33 - Carboxylic Acids and Derivatives 33.1 - Carboxylic Acids 33.2 - Acyl Chlorides 34 - Nitrogen Compounds 34.1 - Amines 34.2 - Formation of Amines 34.3 - Phenylamine & Azo Compounds 34.4 - Amino Acids 34.5 - Peptides & Electrophoresis 34.6 - Reactions of the Amides 35 - Polymerisation 35.1 - Condensation Polymerisation 35.2 - Degradable Polymers 36 - Organic Synthesis 36.1 - Synthetic Routes Section 4 - Analysis 37 - Analytical Techniques 37.1 - Qualitative Analysis of Functional Groups 37.2 - Chromatography 37.3 - Proton Nuclear Magnetic Resonance 37.4 - Carbon-13 NMR Spectroscopy