A worksheet aimed at helping students to draw Free Body Diagrams. It also gives them the opportunity to calculate resultant forces and vectors based on information provided. Finally they get to draw vector diagrams to combine vectors to find a resultant. Aimed at GCSE Physics but also suitable for combined science.

A lesson plan, presentation and calculation worksheet for Boyle’s Law studying the relationship between pressure and volume of gases. This is for the AQA GCSE in Physics only. This lesson does not appear in Trilogy. The worksheet is available separately. Further resources from my shop GradeGain.

A worksheet of difficult work and power calculations. Students need to combine equations such as F=ma to enable them to calculate the energy and therefore the work done. All based on real life examples.

A lesson plan, powerpoint presentation and practical worksheet for the required practical - Hooke's Law. This trio of resources allows you to teach a fully structured lesson around Hooke's Law. The students get the opportunity to practice calculating the gradient from their graph and then calculating the reciprocal to find the spring constant. For further Physics teaching resources please visit my shop Grade Gain.

A practical worksheet detailing a suitable practical for calculating the Specific Latent Heat of Fusion for ice and the Specific Latent Heat of Vaporisation for water. Included are results tables for the students to complete and circuit diagrams for setting up. The voltmeter/ammeter combination can be replaced by a joulemeter if you have sufficient joulemeters for class practicals. This practical is suitable for AQA GCSE Physics and GCSE Combined Science Triolgy Please see my shop bit.ly/TESncrumpton for further resources on Specific Latent Heat and other physics related topics. 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.

The common circuit symbols that students are expected to know for GCSE Science. These are produced so you can print them out, cut them up and have a card sort activity. Print them onto different colours of card and laminate to make a long lasting resource. Covers all the common circuit symbols, switch, cell, battery, diode, resistor, variable resistor, LED, lamp, fuse, voltmeter, ammeter, thermistor and LDR. Also suitable for KS2 and KS3.

A complete lesson and resources for teaching about resistance in a series and parallel circuit. Suitable for the new GCSE (2016).

A complete lesson plan, presentation and practical worksheet about Power. Suitable for new GCSE (2016) any exam board (AQA, OCR, Edexcel, WJEC). Suitable get set activity and starter coupled with a practical that can be modified to suit the equipment you have available. Students need to recall gravitational potential energy and power equations to complete their analysis.

A full lesson plan and presentation to enable students to calculate Gravitational Potential Energy and plot a graph of Release height versus return height for a ball bearing.

A complete lesson plan and presentation about hydraulics and pressure. Includes worked examples of exam questions to show students how best to address these challenges.

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.