A sheet to accompany my FREE download of equations needed for Trilogy Physics. This is a useful test sheet that allows your students the opportunity to improve their recall of the key equations for Physics. This can be used as a look, cover, write, check activity or as a test.

A lesson plan and presentation that covers all of the basics for the different types of nuclear radiation. It introduces the concepts of Activity, Becquerels, alpha, beta, gamma and neutron radiation and looks at the dangers of these inside and outside of the body.

A lesson plan and presentation covering particle motion in gases. There is also a formula test sheet for the plenary. This lesson covers Amonton's Law, better known as Gay-Lussac's Law and the relationship between pressure and temperature for a fixed volume of gas. It also includes a demonstration I designed to show the increase in pressure from the increase of temperature for a fixed volume of gas without relying on a pressure sensor. More physics resources are available in my shop GradeGain .

The lesson plan and accompanying presentation for Science students to learn about standard form, aka scientific notation, and common prefixes. The PPT is fully editable and has opportunities for AfL embedded into the lesson. Any images are CC0 license so royalty free. This takes students from guesstimating size, to understanding the need for standard form to recognising standard prefixes such as kilo. There is an accompanying homework task (available separately) - Powers of Ten, Prefixes and Standard form Homework/worksheet.

Lesson plan and presentation that covers forces and elasticity for GCSE Physics. It introduces the concept of proportionality and the foundations of Hooke's Law ready for the required practical.

A complete lesson plan and presentation detailing the uses and features of ultrasound. Includes real life practice calculations for students to do. plus PMI chart template for recording ideas about ultrasound and X-rays.

A lesson plan and presentation to cover the energy changes in a system and specific heat capacity part of the new GCSE (2016) Physics and AQA Trilogy specification. Refers to required practical 1 - a FREE worksheet for this is also available from me, made from the AQA required practical document. Introduces specific heat capacity and then provides time for students to reflect on required practical.

A complete lesson plan and presentation for students to complete their learning about a filament lamp, a non-Ohmic conductor. This includes required practical 4b, resistance of a lamp.

A GCSE Physics lesson plan and presentation that introduces moments and cantilevers to students. They need to complete the cantilever practical as specified in the AQA resources - measuring deflection when masses are added to a clamped metre rule. This introduces key terms and ideas. Please review my work ;-) Thanks for buying.

I have reworked the required practical from AQA as using cells did not provide sufficient variability or control for collecting data on a diode. This practical sheet provides detailed instructions of how to set up the circuit and gather the data including how to do this using LEDs instead of a diode.

A sheet to help practice drawing and spelling circuit symbols. Suitable for both KS3 and KS4. Ideal for lower ability students.

This is a fun activity to help students learn the order of the electromagnetic spectrum. I print out the colour sheets and laminate them so students can hold them up, then get them to arrange themselves into the right order. They need to look for the visual clues to help them e.g. colours and wavelength on the background. This could be printed out in a smaller version e.g. 2 slides to a page and students can then do this in pairs or small groups. Great as an introduction to the electromagnetic spectrum but also good a s a revision activity.

Taboo game cards covering the main Physics topics: Lenses, Motor Effect, Pressure, Centripetal force, Moments Students play in teams of two. One person picks up a card and has to describe the phrase in the top box without using any of the words on the card. Their team mate has to guess it to win. The opposing two members of the four can jump in and steal the card by guessing correctly.

A sheet to enable students to practice their spelling of key words in Physics. The commonly misspelled keywords are included along with space to add your own. Use this over a period of weeks to improve the spelling of key words. Helps improve literacy.

This is a complete lesson plan and presentation for the new GCSE (2016). It introduces the idea of an Ohmic conductor and students complete Required practical 4a - IV graph for an Ohmic conductor.

A lesson plan and presentation introducing static electricity and the triboelectric effect. There are links to a couple of you tube videos that emphasise the points being made. This lesson also details a practical that students can do to experience the triboelectric effect for themselves.

This has the main topic headings for the Combined Science Paper 1 grouped according to topic. Each required practical is highlighted. This can be used as a revision aid for students to work through and identify areas to work on or they can add to and improve the mind map with detail although it may want to be blown up onto A3 for this.

A complete lesson for the new GCSE(2016) Physics and Combined science specification. This lesson covers series circuits, their construction, measurements of current and voltage and calculations of resistance using Ohm's Law.

An animated PowerPoint file that enables you to play splat. Have a list of questions where the answers are parts of the electromagnetic spectrum and have two students at the board. The first person to "splat" the right answer wins. Winner stays on is always a good game but you can rotate in teams or anyway you like. Excellent for revision of the electromagnetic spectrum.

A complete lesson plan and PPT presentation about parallel circuits for new GCSE(2016). Covers all the main topics, measuring current and voltage, calculating resistance and understanding why resistance in a parallel circuit decreases the more branches there are.