A worksheet for students to use to guide independent learning on the structure of metals and how this links to their properties. This ideally compliments a lesson which is available here

A worksheet to help students to structure a practical around group 7 displacement reactions.

A comparative worksheet where students look for advantages and disadvantages for historical models of the atom.

PP. slide for uses of exothermic and endothermic reactions in hot and cold packs.

Lesson to compliment the required practical on ‘Food Tests’ from B3 AQA Activate module. Follow up questions, context, and reflection

An introductory lesson to ideas of atoms and elements to start the Atomic GCSE module.

Lesson introducing the ideas behind isotopes and how to calculate relative formula mass.

Presentation used to explain to students the idea of an ion, before linking this to the way in which elements react to adapt their electron structures.

A template which can be laminated and used to scaffold equation questions for students. The template walks students through how to determine information provided from questions, relate this to equations, rearrange equations, and ultimately solve for answers. A useful tool which can be used to build confidence in LA students. Laminating this document produces a resource which students can easily use over and over for different equations, and can change their working without feeling under pressure to have correct working in their books.

A fun and engaging activity for electron structures. Can be used as a starter or plenary. Great for energizing students!

A research focused lesson where students investigate the uses of graphene and fullerenes. This lesson is structured to meet all learning outcomes for the AQA Combined Science Trilogy syllabus for fullerenes. An enjoyable and concise way to help students to navigate this topic.

A lesson where students research different models of the periodic table. Designed to cover all learning outcomes for the AQA trilogy GCSE. Fun and independent!

Lesson introducing the reactivity of halogens at KS3. Viles of Cl, Br, and I can be brought in tot he lesson to show students - practicals not recommended for safety purposes.

KS3 lesson introducing the idea of electrical power and cost. Will most likely last around 45 minutes. Can be accompanied with a worsheet to last the full hour if needed.

A full lesson to teach students about ionic bonding, designed to meet the learning criteria for AQA GCSE Combined Science. This will form a full lesson when accompanied by a worksheet for student to test their knowledge.

ECHG Energy changes assessment map - foundation tier. Covers all learning outcomes for AQA Combined trilogy GCSE Foundation tier.

Lesson for KS3 properties of metals and non-metals, as well as an introduction to the periodic table. Activities included - you will need to google a template of the periodic table for the colour coding activity.

Whole lesson on covalent bonding. The only other required resource is a template for students to make their own covalent molecule’s dot-cross diagrams. These can be downloaded for free here. A enjoyable lesson which breaks down a topic which students often find to be tricky.

Presentation to deliver a group 1 lesson at GCSE level, with enough detail to deliver to triple science students. Featuring video links, key explanations, and a reflection slide. A very enjoyable lesson to demonstrate the reactivity of group 1 metals in water!

A lesson to compliment the teaching of surface area to volume ratio, and its effect on the rate of diffusion. This lesson takes has a maths focus of encouraging students to calculate surface area to volume ratio, and then comparing these values to the time taken for HCl to diffuse into cubes of agar gel which are soaked in phenolphthalein. Differentiated and engaging for an otherwise dry topic.