1.1 Isotopic Abundance and Atomic Structure

1.1 Time of Flight Mass Spectrometry

1.1 Ionisation Energies

1.2 Amount of Substance

1.2 Water of Crystallisation

1.2 Ideal Gas Calculations (PV=nRT)

1.2 % Yield and Atom Economy

1.2 Titrations

1.3 Structure and Bonding

1.3 Shape of Molecules

1.4 Bond Enthalpies

1.4 Calorimetry

1.4 Hess’s Law

1.5 Reaction Kinetics

1.6 Le Chatelier’s Principle

1.6 Kc Calculations

1.7 Redox

2.2 Group 2

2.3 Halogens

2.2-2.3 Qualitative Analysis

3.1 Isomerism and Nomenclature

3.2 Alkanes

3.2 Free Radical Substitution

3.3 Halogenoalkanes

3.3 Ozone Depletion

3.4 E/Z isomerism

3.4 Reactions of Alkenes

3.4 Addition Polymerisation

3.5 Alcohols

3.6 IR spectroscopy

3.6 Organic Chemical Tests

1.8 Born Haber Cycles

1.8 Enthalpy of Solution

1.8 Entropy

1.9 Rate Equations- Continious monitoring method

1.9 Rate Equations – Inital rates tables

1.9 Rate Equations- Rate determining step

1.9 Arrhenius Equation

1.10 Equilibrium constant Kp

1.11 Electrochemical Cells

1.11 Fuel Cells and Batteries

1.12 Acid and Base Calculations

1.12 pH Curves, Titrations and Indicators

1.12 Buffers

2.4 Period 3

2.5 Transition metals

2.5 Redox Titrations

2.5 Catalysis

2.6 Reactions of Aqueous Ions

3.7 Optical Isomerism

3.8 Aldehydes and Ketones

3.9 Carboxylic Acids and Esters

3.9 Purification of Organic compounds

3.9 Vegetable Oils

3.10 Aromatic Chemistry

3.11 Amines

3.12 Condensation Polymers

3.13 Amino Acids

3.13 Proteins

3.13 DNA

3.15 Carbon-13 NMR

3.15 Proton NMR

3.15 Structure Determination

3.16 Chromatography