Powerpoint with images, notes and embedded video clips covering the content of The Solar System topic to be taught in Year 7. Covers the order of the planets in our solar system, time and seasons, phases of the moon, lunar and solar eclipses and probes and satellites.

Powerpoint covering the description of images formed by convex and concave lenses. Steps through the ray tracing process for both types of lenses.

Powerpoint for the New GCSE (9-1) Physics course, Unit 5 Light and the Electromagnetic Spectrum. Covers the theory of reflection and refraction and has links embedded for interactive links to demonstrate both processes.

Powerpoint showing step-by-step how double-slit diffraction patterns are formed, including a few questions with answers.

Powerpoint for the AQA AS Physics Unit 3 section 2, Combining Waves. Content covers the definitions of interference and superposition, a link to an interactive animation of superposition and then a description of Young's double-slit experiment.

Powerpoint covering all the content for the Sound and Hearing topic taught in Year 8. There are 29 slides covering the definition of sound and echoes, animation showing what is meant by longitudinal waves, description of how musical instruments produce sound, graphs to show change in pitch and change in volume, definition of the Decibel, the human hearing range, ultrasound and noise and methods of reducing noise. Structured to be delivered easily within about 5 lessons, allowing time for some related experiments (e.g. tuning forks, signal generator to test hearing range).

Powerpoints covering the content for KS3 topic of Pressure and Moments, including definitions and worked examples of pressure, moments and hydraulics.

Powerpoint for revising KS3 (year 8) physics topic of Heating and Cooling. Content includes the differences between heat and temperature, phase changes, methods of heat transfer, heat loss from houses and methods for reducing them. Also useful as introduction to Energy topic in the new GCSE specification.

Powerpoint covering the content for the second lesson of the EdExcel P2 Unit 5 Radioactivity course. Content includes description of background radiation, description and animation of nuclear fission and diagram explaining how this leads to a chain reaction. Slides also describe the roles of control rods, moderator and coolant in nuclear reactor cores.

Powerpoint covering the content of the first lesson for the Unit 5 Radioactivity topic of the EdExcel GCSE Additional Physics course (P2). Objectives covered include: - structure of the atom - relative size and charges of components of the atom - definition of isotopes (includes a table for students to complete as an activity - answers provided) - comparing the three types of radioactive decay.

Word document for the AQA AS physics course, giving the year 12 course outline and details of the AS exams. Useful for the students to use in preparation for their mock exams and again when revising for the actual AS exams in the summer.

Powerpoint covering the content of two lessons for topic 1 of EdExcel P3 physics, including labelled diagram of the human eye and description of the function of each component, descriptions of how concave and convex lenses are used in vision correction. Step-by-step description of the different images that can be produced by convex lenses, clearly showing the relevant rays. Also useful as the starter for the AQA Unit 10 Medical Physics option topic. The first section of that option covers the physics of the eye and vision defect correction using lenses.

Powerpoint covering Kinetic Theory assumptions, the Gas Laws and comparisons between ideal and real gases for the Thermal Physics topic of AQA A level physics. Powerpoint includes links to several animations.

A Powerpoint covering the theory about Specific Heat Capacity for the AQA A Level Physics Thermal Physics topic. Also suitable for the Thermal Physics topic for IB Physics. Includes practice questions and answers.

AQA A Level Physics Year 2 - Thermal Physics - Word document containing mathematical derivation of the Ideal Gas Equation with description of each stage.

Document showing absorption and emission line spectra in simple terms.

Document showing ionsiation and excitation, some basic descriptions and space for additional notes to be added.

Powerpoint containing a cartoon video of a car moving and slowing down for students to log data and then plot a graph. The completed graph is then shown and step-by-step instructions are shown to explain how to analyse graphs to work out the type of motion. Final slide shows how speed is calculated using a distance-time graph.