A lesson on energy conservation for GCSE Physics. Designed for AQA 2016 but transferable to OCR , EDEXCEL. Students begin by simply naming energy forms They learn the law of energy conservation (with prompt questions) They then complete an energy carousel (or simply fill out the sheet if you like) Then they learn about wasted energy, energy units, and energy transfer diagrams. Students calculate and complete missing values. Then they learn about Sankey diagrams. To finish, they draw and interpret a Sankey diagram using given info. As always, answers are on the slides. Please leave a review.

Powerpoint/Discussive lessons on science funding and politics. Politics looks at the role of the government and their role, as well as pressure groups and their importance. Funding looks at the money and where it comes from. It considers the pros and cons of state funding for scientific pursuit, as well as the pros and cons of private sources.

A fun and interesting lesson, which looks at mass, weight, and gravity. It comes with a data analysis starter, and includes a few videos for free (including Apollo 11 moon landing, Apollo 16 feather and hamemr, and Brian Cox in a vacuum chamber). These videos are also available on youtube if the files don’t work.

A lesson on resolving motion on an inclined plane with examples and questions to support the learning.

A powerpoint lesson which explores the future of space travel. Designed to simply promote discussion with an interested class and get the students thinking.

A lesson powerpoint for students doing Edexcel 9-1, though it is transferable. Covers Alpha and Beta- decay with explanation, examples, and practice equations.

Designed for an OCR A Physics lesson, this powerpoint has accompanying activities as well as exam practice questions. Covers: Acceleration, g, of free fall concept. Techniques and procedures used to determine the acceleration of free fall in the laboratory using trapdoor and electromagnet arrangement or light gates and timer.

A lesson for AS Physics students with notes, a practical method for solving irregular shapes, and practice exam questions (with answers)

A powerpoint with required notes (tied to OCR A specification): Includes an informative introductory video linked to Youtube I=Q/t Q=It Area under a current/time graph Elementary charge Positive and negative charge Net Charge Requirements of an electric circuit Practical True or False Exam question

A powerpoint which provides detailed notes on the planets of our solar system. There are reading activities within the powerpoint, but the lesson should be discussive. Primarily aimed at curious, high ability students.

EDEXCEL, AQA, OCR Learning objectives: Name and describe the structure of ionizing radiation types Compare the penetration rates Lesson has starter, required information, plenary, AFL opportunities and differentiation. Slide 1 is the detailed lesson plan, with topic misconceptions. I have also included a keyword crossword.

A full lesson powerpoint with a starter, information, simple practical method, and questions throughout.

A lesson on force,mass, and types of force, as well as an introduction to free body diagrams. Contains notes, examples, practice questions, and practice exam questions

A lesson on measuring resistance and using appropriate equipment for KS5 Physics students Definitions starter Explanation of Ohm's Law and ohmic material They build and test the standard test circuit and then compare results against a multimeter.

An interesting lesson which looks at the momentum equation and it’s application, and provides plenty of opportunities to practice.

A lesson for AS physics students on friction, drag force, and terminal velocity with notes, video links, and problems (with answers)

A powerpoint for Elastic Potential Energy in materials for OCR A. Covers definition and links with Hookes Law Area under graph and effect of elastic limit Practice problems and questions

A powerpoint lesson on coloured light for KS3 Physics Learning Objectives: Describe how primary colours mix to form secondary colours. Explain why objects have different colours when light shines on them. Describe the properties of materials and how light behaves with them. Includes: Starter Explanations AFL activities Practical with ray boxes Concept Questions Plenary

A powerpoint with worked examples covering energy types, principle of energy conservation, energy transfers and efficiency, sankey diagrams, KE and GPE, and energy to work done. Includes practice problems and practice exam questions (answers on powerpoint at end)

A Powerpoint presentation for AS Physics OCR A students. Includes notes and questions on: Kirschoff’s 1st Law Conservation of Charge Mean Drift Velocity I=nAve and relationships with v number density of charge carriers distinction between conductors, semiconductors and insulators in terms of n