Match up the reactants and the products with a Christmas theme! Santa’s sack of hydrochloric acid needs to be taken to the child who would like some chloride salts for Christmas. Created for a Year 8 class, designed as a Christmassy plenary after learning about simple acid and alkali reactions.

Like colour by numbers except with chemistry! Colour in different cells depending on which group the element is in on the Periodic Table to discover a festive picture… Simple enough for Year 7 Chemistry but suitably relaxing and mindful for older year groups as well.

A worksheet to accompany a separating mixtures lesson on chromatography. Designed to build a story and purpose around the lesson to promote engagement, along with a high quality visual resource. Requires teacher knowledge of chromatography and experimental set up already. Could be used as a homework or follow up for an investigation. All resources by this author have been created and refined by an experienced teacher, with a clean and consistent modern style throughout.

A revision resource to be filled in with the key aspects of this section of the course. GCSE level but not exam board specific. Can be adapted for different abilities. Topics: atoms, subatomic particles, separating mixtures, states of matter, periodic table.

A revision resource to be filled in with the key aspects of this section of the course. GCSE level but not exam board specific. Can be adapted for different abilities. Topics: moles, percentage yield, balancing equations, rates of reaction, calculating energy change

A revision resource to be filled in with the key aspects of this section of the course. GCSE level but not exam board specific. Can be adapted for different abilities. Topics: acids and alkalis, indicators, organic chemistry, fractional distillation and cracking.

A revision resource to be filled in with the key aspects of this section of the course. GCSE level but not exam board specific. Can be adapted for different abilities. Topics: testing for ions, metals, extraction, metal reactions.