Intro to pV=nRT calculations including how to calculate the molecular weight of a volatile liquid. 26 slides.

Fill a table in using answers. Involves calculation of reacting masses and volumes. Answers provided.

Gap fill covering factors that influence the rate of reaction. Answers provided.

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

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

18 slides introducing Redox Chemistry, covering overall and half equations.

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

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

Short gap fill and matching exercise on solutions. Answers provided.

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.

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

4 page exercise pack on successive ionisation energies. Contains a mix of exercises: Labelling; gap fill; equations; rearranging statements. Answers provided.

Matching exercise on testing for halides. Answers not 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.

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

14 term matching exercise introducing microbiology and bacterial. Answers provided.

Gap fill with diagram on the mitochondrial electron transport system and ATP synthesis. Answers provided.

gap fill on link and krebs cycle. Answers provided.

6 questions matching answers with questions on the mitochondrial electron transport chain and ATP synthesis. Answers provided.

Rearranging exercise on the electron transport chain and ATP synthesis in mitochondria with diagram. Answers provided.