54 slides on atomic structure and mass spectrometery with calculations, and examples. Diagrams drawn from scratch. Suitable for GCSE if you ignore the bit on m/z ratios.

Salt preparation equations. 22 marks. Answers provided.

Formulae of anionic molecular ions are provided. Students need to produce the formulae of neautral ionic species. Answers provided.

66 slides covering the details of the reactions of hexaaqua complexes with hydroxide and ammonia, with an explanation of the acidity of the M2+ and M3+ metal complexes. Amphoterism introduced. Lots of diagram and equations.

36 slides covering homogenous, heterogenous, and autocatalysis involving transition metals.

Characterising a variety of coordination complexes.

40 slides covering storage and fuel cells. Gives examples with equations.

33 slides covering molar gas volume with examples and exercises.

102 slides. Covers everything on year 1 group 7.

Year 1 hydrogen bonding. 17 slides with high resolution diagrams.

Homolysis and heterolysis, radicals, substitution mechanisms. 26 slides

Alkanes for year 1. Covers physical properties, London forces, petroleum fractional distillation, cracking, reforming, combustion, and catalytic converters. Equations and exercises scattered throughout.

11 problems on writing equations for alcohol oxidation and drawing oxidation products. 1 question involves diol formation from an alkene using manganate(VII). Answers are provided.

28 slides with exercises covering the preparation of haloalkanes from alcohols.

33 slides covering the elimination of alcohols with examples. Can be used as exercises.

100 slides covering year 1 alcohols from physical properties to oxidation. Includes equations and chemical structures.

Summary gap fill on chromate and dichromate

44 slides covering concepts for year 1 dynamic equilibrium.

2 page exercises on catalysis, labelling reaction profile diagrams, gap fill, categorising examples of catalytic reactions as homogenous or heterogenous.

30 slides covering, in a stepwise fashion, enthalpy cycles and Hess law.