A lesson looking at how orbits are maintained and examples of different types of orbit. Suitable for KS3 or low ability KS4.

A look at how the national gird is set up, takes a look at step up and down transformers, what current is used and the types of cables. Includes a cut and stick activity for the set up and exam questions with answers on powerpoint.

A lesson which looks at the thermistor, variable resistor, diode and LDR in detail. It includes an info hunt activity where students learn about how each one works and examples of where it may be used. It also includes exam questions with answers on powerpoint so students can go through questions

A lesson which looks at how current and voltage change in a parallel circuit. Includes word fill activity, explanation of the content, practical sheet and plenary task.

Lesson where students explore how series circuits affect current and voltage - includes practical worksheet for students to use. Includes activity where students must use V=IR and knowledge of series circuits to check readings from example circuits

A lesson looking at a comparison between series and parallel circuits - a review of the previous few lessons. Includes a task where students must work out current and voltage on a circuit which has both series and parallel elements. Has exam questions which have answers on powerpoint to go through with students

Lesson looking at resistance differences in series and parallel - includes worked through questions - a practical to investigate resistance in parallel circuits - and graph exercise with completed graph for students to compare to

A lesson on the national grid set up. Includes card sort for each part, an explanation for why transformers are important and a comparison of overhead vs underground cables. Includes exam questions with answers on powerpoint to go through with students. Leads into lesson on assessing power stations and demand across the grid.

A lesson looking at mains electricity and the differences between AC and DC current. It also includes a look at how plugs are set put together and mains wiring in preperation for a plugs wiring lesson.

A revision resource for GCSE radiation module for AQA.

A lesson which follows on from a look at the different types of radiation - it looks at the types of radiation, issues with radiation (contamination ,etc ) and what you would use the types of radiation for in the real world

A lesson looking at how we developed the atomic model - lesson focuses on rutherford scattering and features key for radiation module for AQA GCSE

Lesson recapping atomic structure and looking at working out isotopes - includes worksheet and exam questions

Two lessons covering the sructure of atoms and how to work out subatomic partciles

Two lessons on the types of radiation and their uses. Lesson includes multiple tasks throughout . Card sort activity and exam questions are included as well, both have answers on the powerpoint

Powerpoint which takes you through how to work out speed, distance and time with given objects. It also looks at the concept of relative motion. There are two worksheets, one is practice questions with answers on the powerpoint. The other is for use when getting students outside to workout their speed over known distances.

A look at Gravity as a non contact force as well as working out the weight of objects based on their mass and the gravitational field they operate in. Two worksheets available. One with just questions, the other builds up with word fill activities before.

A powerpoint for introducing the idea of resultant forces and force arrows. It includes a worksheet for students to work through. Answers on powerpoint.

This would be suitable for AQA GCSE work on Momentum. It includes some examples of momentum and calculations on a worksheet to work through. Answers to worksheet on powerpoint.

Presentation which explains how to work out acceleration and distance from velocity time graphs, both with constant acceleration and non constant acceleration worksheet contains questions asking students to use this knowledge to work out acceleration and various points. Answers on powerpoint