A series of more difficult questions on Ohm's Law compared to resource https://www.tes.com/teaching-resource/ohm-s-law-calculations-worksheet-11280608 These require students to convert between common prefix units e.g. mA and the SI unit. A useful homework to set or use as revision or even as a class activity.

Worked examples of the three different types of half-life calculations followed by four questions to complete. Suitable for GCSE and iGCSE. Can be used for initial teaching or as a revision tool. Suitable for Higher Tier students.

A worksheet of calculations using F=BIl for the force on a current carrying wire in a magnetic field. These graded questions develop students ability with using then manipulating the equation. Suitable for new GCSE (2016). Complete with answer sheet.

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 detailed lesson plan and PPT presentation to introduce particle models and density to GCSE Physics students. There are a sequence of demos detailed in here for looking at conservation of mass and changes of state and density along with a worksheet of calculations for students to complete to practice using the density equation. Answers included! Please remember to review. Thanks.

A handy reference guide for GCSE Physics students (not double award). This covers all the major units and symbols that they might come across as a handy lookup table. This can be used for memorising the units by using look, cover, write check activities as well.

A worksheet that takes students through how to answer exam style questions on wave speed, frequency and wavelength. There are worked examples followed by an opportunity for students to practice their skills. It reinforces the technique of making sure students show their working out and makes sure they remember the units. Comes complete with answers.

A worksheet of differentiated calculations for specific heat capacity. Start off getting students to calculate energy and end up with them rearranging the equation to find mass and temperature change. Now with answers!!!

Structured, scaffolded acceleration calculations. These calculations encourage students to start with calculating acceleration and they end with rearranging the equation to calculate time or final velocity. All data is real data. Now with added answers.

A scaffolded worksheet and answers for the new 9-1 GCSE Scheme. This takes students through the process of calculating final speed using v^2-u^2=2as. It then encourages them to re-arrange the formula and calculate speed. All data is real data for the vehicles quoted.

Exactly what it says, a few practice calculations using Ohm's Law for GCSE Physics. There is a worked example to start with and then students quickly progress to completing their own calculations. Useful as a starter activity or revision for students who are struggling with the mathematics behind Ohm's Law. This is a differentiated resource that enables student to develop confidence with Ohm's Law. For a more difficult worksheet please see this resource: Ohm's Law

Real life kinetic energy calculations for students to practice. Starts off with a worked example and progressively gets harder. There are also a couple of questions that require conversions from grammes to kg. Excellent introduction to the formula but also good revision practice.

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.

This resource is an opportunity for students to practice converting to common prefixes such as micro, milli etc. and converting numbers to standard form or scientific notation. There are 20 questions for them to complete and I have included the answers as well! This is aimed at Science students for the new maths content within the new GCSE (2016) for AQA, Edexcel, OCR and WJEC but it would be equally suitable for anyone needing to practice standard form so any Maths students. It is designed as a homework but can equally well be used as a lesson activity. This resource is designed to accompany my Powers of Ten lesson (available separately) which is a good introduction to this worksheet.

This is a lesson plan and presentation to introduce the idea of AC/DC. It starts with a game of "what's the link?" encouraging lateral thinking. It then goes on to detail AC and DC and the differences between them.

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 complete list of all the Physics Equations that must be memorised for the new (2016) GCSE exams. Both word and symbol format. This is suitable for all exam boards (AQA, Edexcel, OCR, WJEC). A useful checklist to have at the front of student books to enable them time to learn them. More Physics resources available here GradeGain

This has been produced as an extract of the AQA required practical document. It is designed to be printed two pages to a page and flip on short edge to form a booklet that students can then stick in their books. This is for required practical 4 - Resistance. The content is from AQA and the layout and formatting is my own. AQA may change the contents of their practical this is correct as of 07-07-2016. I have split it into 3 different practicals as that is how I prefer to teach it. They are 4a, 4b and 4c.

This has been produced as an extract of the AQA required practical document. It is designed to be printed two pages to a page and flip on short edge to form a booklet that students can then stick in their books. This is for required practical 5 - Density. The content is from AQA and the layout and formatting is my own. AQA may change the contents of their practical this is correct as of 07-07-2016.