A powerpoint presentation introducing the types of bonding including ionic, covalent and metallic and linking their structures to properties.

A powerpoint introducing the ideal gas equation, including unit conversions and some worked examples.

A powerpoint presentation that introduces the three types of intermolecular forces, including definitions, diagrams and animations.

Includes rate of reaction, rate graphs and Maxwell Boltzmann.

Slides include demonstrations of how to describe the effects of changing conditions and how Le Chatelier's principle applies to industry, with a case study of the Haber process.

A revision mind map for the chemistry periodicity topic in the unit 1 examination. Includes trends in the periodic table, specifically electronegativity, electron affinity, first ionisation energies and melting points.

This powerpoint gives an overview of the AS topic of redox.

Includes reactions of metals, reactions of elements with oxygen, oxidation states/redox, the reactivity series and displacement reactions of the halogens and metals.

The revision mind map covers the trends in physical properties, reactions with water and oxygen, properties of period 3 oxides and reactions of period 3 oxides with water, acids and bases.

This powerpoint introduces period 3 and group 2, including trends in melting points, electronegativity and atomic radius, reactions of group 2 with water and uses of group 2 metal and their compounds.

A mindmap to aid students revising for the unit 1 examination for BTEC applied science level 3.

A revision mind map for the chemistry amount of substance topic in the unit 1 examination.

3 mini practicals for students to do and use the results to distinguish between pairs of isomers.

This revision aid includes orders, rate constant, Arrhenius equation and rate determining step.

This activity allows students to practise predicting the structures of amino acids at different pH (including zwitterions) as well as predicting dipeptides and spotting chiral centres. More able students can throw two dice together to access more complex amino acids.

This powerpoint covers Born Haber cycles, entropy and Gibbs free energy

Includes shapes of complexes, origins of colour, catalysis, ligands and the chelate effect.

The testing for halides section has spaces for the equations which are required for year 13 (as part of the transition metals topic), but can be ignored by y12 if not taught by this stage.

This mind map covers Born Haber cycles and associated content, as well as entropy and Gibbs free energy.

This is best printed on A3 so the definitions can be clearly read, and back on coloured card so you can easily separate multiple copies if students mix them up!