A full lesson plan, presentation, worksheet and answers for students studying GCSE Physics or the Combined Science GCSE. It covers Work Done and gives exemplar calculations. The worksheet has differentiated questions that builds on students knowledge until they are able to rearrange the equation and calculate forces or distances.

Designed for AQA Trilogy course but suitable to all double award GCSE courses this resource is a handy guide for students to refer to if they need to look up a symbol and its corresponding unit. It is a good tool to help them memorise the units as they can do look, cover, write, check with it. There are a multitude of ways you can use this.

A lesson by lesson overview of the new GCSE Physics Specification for AQA. Breaks down into topic areas, lessons and test sections.

A tracking sheet that lets your students keep track of which required practicals they have done. They can see at a glance if they have missed any and act upon it.

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 .

This lesson plan, presentation and worksheets contains everything to teach about increasing pressure in a gas and what happens to temperature. It also includes the P3 knowledge organiser (available separately) and the equation test sheet (also available separately). More physics resources can be found in my shop GradeGain.

A lesson plan and PPT that takes students through construction of diagrams for calculating refractive index for a variety of materials. Measurements of angle of incidence and refraction are required to calculate refractive index. Please remember to review - thanks.

A powerpoint that introduces students to the tips and techniques of drawing ray diagrams for lenses. It goes through formation of an image on paper using lenses, how to draw a ray diagram for a lens and culminates with image description. NOW: with added worksheet that is referenced in the PPT. Please remember to review - thanks.

A fully featured lesson plan, presentation, practical worksheet and calculations worksheet for researching temperature change and specific heat capacity for the new GCSE. The practical worksheet has scaffolded calculations and opportunity for graph drawing based on different materials cooling or different masses cooling. Answers for the calculations are included! Don't forget to check out my other items at bit.ly/TESncrumpton Thanks.

A detailed knowledge organiser for the new GCSE Physics exam. This knowledge organiser covers the section of work on Particle models of matter and Boyle's Law. Contains key formulae such as density, thermal energy, specific latent heat and Boyle's Law. Key word definitions, diagrams and symbols and units for all of the key information needed to succeed in the new GCSE. These can be used as self-quizzing revision, cover lessons, homework or any occasion needed. More great physics resources available in my shop GradeGain.

A lesson plan, presentation and worksheet that takes students through an envoy exercise to discover the development of the atomic model. It covers Democritus, Dalton, Thompson, Rutherford, Bohr and Chadwick. There are demonstrations in the lesson plan that bring to life the different atomic models. Please check out my other resources available at my shop GradeGain. Thanks

Complete lesson detailed on a PPT presentation explaining how to calculate the power of a lens.

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 detailed lesson plan and presentation taking students through measurements of critical angle and the importance of it. This links to refractive index and the uses of Total Internal Reflection. Covers arthroscopy, binoculars, bicycle reflectors and optical fibres.

A complete lesson plan, presentation and worksheets, including answers, for the subject of Electrical Power. It covers the formulae P=IV and P=I^2R. The worksheets are structured to develop the skills of the students in the use of the formulae starting off with scaffolded examples working through to rearranging the formulae. The worksheets are available separately from bit.ly/TESncrumpton

A differentiated resource leading students through the usage of E = Pt Energy, Power and Time calculations. This gives students an opportunity to reinforce their learning of the equation and chance to practice completing questions. Ten questions, scaffolded to start with then gradually allowing them to work on their own. It also involves some conversion of units on the harder questions. Complete with all the answers.

A complete lesson plan, PPT and worksheets with answers for teaching about Energy in Physics. Covers the two equations E=QV and E=Pt builds on concepts of charge, potential difference, power and time. Worksheets are scaffolded to help students practice completing calculations. The worksheets are available separately as well as being included here.

A scaffolded worksheet allowing students to access the equation P=I^2R. They start by calculating the power and move onto rearranging the formula to calculate resistance. They end up having to use the square root to calculate current. All these are set in the context of real life.

Lesson plan, PPT presentation and worksheet for the National Grid. This references two videos that are available on you tube, linked from the presentation. The worksheet has questions for the students to answer whilst they are watching the videos. You will also need a National Grid demo model setup to talk through the structure and demonstrate the effect of the transformers.