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.

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

2 pages of exercises on redox. Gap fills, overall equations, half equations, and deducing equation from reductive and oxidative half reactions. Answers provided.

A gap_fill with answers explaining the different levels of base strength comparing ammonia, alkylamines, and arylamines.

8 bullet point matching exercise on heterogenous catalysis. Answers provided.

8 terms and questions that need to be matched with answers. This covers qualitative principles in year 1 kinetics. Answers provided.

A 1 and a half page gap fill with covering HPLC and GC techniques.

Matching exercise with definitions on; error; accuracy; precision; random errors; systematic errors; measurement uncertainty; percentage uncertainty. Also includes examples that need to be defined. Answers provided.

Homolysis and heterolysis, radicals, substitution mechanisms. 26 slides

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

Matching questions with answers and rearrange statements on purification by recrystallisation. Answers provided.

2 page gap fill covering details of column and gas chromatography. Answers provided.

Matching exercises and gap fill on metallic bonding. Involves matching multiple answers with questions and completing a gap fill. Answers provided.

Matching exercises, writing equations, and rearranging statements. Covers addition reactions of alkenes. Answers provided.

An introductory resource on polyesterification

Mix of exercises on electron configuration and ionisation energies. Answers provided.

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

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

25 slide presentation introducing the three types of structural isomerism. Exercises at the end.

18 slides covering bond enthalpy calculations.