A dice game in which students roll dice and use an acid/base board and a question board to build pH calculation questions. Rolling two dice together accesses harder questions. An answer board is also included so students can check their own answers.

This powerpoint covers the trends in physical properties of group 7, their oxidising ability, displacement reactions, reducing ability, reactions with sulfuric acid, the silver nitrate test and reactions/uses of chlorine.

Booklet covering air and water pressure, turning forces and hydraulics for lower ability. The first questions was done after a demonstration of a water tower.

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.

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.

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

A dice game where students use 2 numbered boards to build a variety of buffer calculation questions. The answers are provided for all possible (88!) questions. The question board allows for differentiation by using 2 dice to access harder questions.

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.

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 revision mind map covers SHE, cells and half cells, cell notation, changing conditions and fuel cells.

Content includes mechanism of electrophilic addition, inducing dipoles in halogen molecules, unsymmetrical alkenes/carbocations, carbocation stability and ethanol synthesis via hydration and fermentation.

Fairly simple worksheet covering hydraulic systems.

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

A framework to aid pupils planning and carrying out growing of bacteria on agar plates.

Fairly straightforward card sort, the instructions are printed two per page. Good as a revision activity or a starter/plenary.