Table with options to be filled on testing for aqueous inorganic ions. Answers provided.

24 slide presentation detailing the qualitative reactions involved in testing for the presence of sulfates, nitrates, carbonates, and chlorides. Section on introducing thermal decomposition. Includes equations; full and ionic.

33 slides. Intro to haloalkanes with examples of haloalkane nomenclature.

13 molecules/molecular ions. Students need to identify their shape. Answers provided.

20 slides covering the Nitrogen cycle. Has an exercise at the end where a flow chart needs to be filled in. Answers provided. Lots of high resolution figures.

39 slides introducing enzymes. Lots of colourless diagrams and high resolution figures. Covers basic concepts in enzymology. Does not cover factors and reactions conditions.

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

Summary gap fill on chromate and dichromate

44 slides covering concepts for year 1 dynamic equilibrium.

16 MCQs and MAQs plus a gap fill on ecological energetics: energy flow through ecosystems. Answers provided.

Details the temperature dependence, substrate conc dependence, enzyme conc dependence, and pH dependence of the rates of enyzmatic reactions.

16 slides covering amino acids and the primary structure of peptides and proteins.

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

4 page quiz on the Nitrogen cycle. Answers in blue. Questions are different from the other N cycle quiz I have. Answers given.

102 slides. Covers everything on year 1 group 7.

A 5 page workpack covering the Nitrogen cycle. Involves: producing an A-Z answering short questions writing an equation selecting true or false selecting from options the correct word completing a flow chart completing a 1 page gap fill Answers provided.

22 marks MCQs and MAQs covering the Nitrogen cycle. Answers provided.

10 slides summarising how to prepare halogenoalkanes from different starting materials.

48 slides covering nucleophilic substitution of haloalkanes with hydroxide, cyanide, and ammonia. Detailed high resolution figures showing mechanisms. Exercises at the end.

7 slides covering the experimental details on characterising the relative rates of hydrolysis of halogenoalkanes.