1.1: Introduction to the particulate nature of matter & chemical change
1.2: The concept of moles
1.3: Reacting masses & volumes
2.1: Nuclear atoms
2.2: Electronic configuration
12.1: Electrons in atoms
3.1: Periodic table
3.2: Periodic trends
13.1: First-row D-block elements
13.2: Coloured complexes
4.1: Ionic bonding & structure
4.2: Covalent bonding
4.3: Covalent structure
4.4: Intermolecular forces
4.5: Metallic bonding
14.1: Covalent bonding, electron domains & geometry
14.2: Hybridisation
5.1: Measuring energy changes
5:2 Hess's law
5.3: Bond enthalpies
15.1: Energy cycles
15.2: Entropy & spontaneity
6.1: Collision theory & rates of reaction
16.1: Rate expression & reaction mechanisms
16.2: Activation energy
7.1: Equilibrium
17.1: The equilibrium law
8.1: Theories of acids & bases
8.2: Properties of acids & bases
8.3: The pH scale
8.4: Strong vs weak acids & bases
8.5: Acid deposition
18.1: Lewis definition of acids & bases
18.2: Calculations involving acids & bases
18.3: pH curves
9.1: Oxidation & reduction
9.2: Introduction to electrochemical cells
19.1: Electrochemical cells
10.1: Fundamentals of organic chemistry
10.2: Functional groups in chemistry
20.1: Types of organic reactions
20.2: Synthetic routes
20.3: Stereoisomerism
11.1: Uncertainties & errors in measurements & results
11.2: Graphical techniques
11.3: Spectroscopic identification of organic compounds
21.1: Further spectroscopic identifications
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