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

A structured worksheet for students to work through with a variety of problems relating to series and parallel circuits. This encourages them to think about the rules and state them along with descriptions of observations and explanations of what is happening. There are calculations of current, resistance and voltage in a variety of circuits. Included are the answers...

A fully featured lesson plan, presentation and worksheet that introduces students to scalar and vector quantities. They learn about magnitude and direction and classify different quantities as scalar or vector. The PPT then takes them through drawing magnitude arrows and then how to draw vector diagrams from this. The worksheet gives them plenty of practice at drawing simple vector diagrams. For more Physics resources see the rest of my resources at Grade Gain

This knowledge organiser is a great revision aid for all those maths skills that students need for the new GCSE Biology, Chemistry, Physics or Combined Science. It covers standard form, conversions, definitions of keywords such as uncertainty and precision, graphs and operator precedence. Use it for students as a mat to aid in calculations or as a summary of knowledge to be learned.

A structured worksheet to enable students to complete nuclear equations. It gives the main rules and then gives the students opportunity to develop their skills with more complex equations. Answers included! Get more at Grade Gain

This worksheet takes students through how to calculate the properties of different types of transformers. It introduces them to the number of turns equation and shows how to manipulate this to calculate either the number of turns or the voltage on the primary or secondary coils. This is provided complete with answers!

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 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 scaffolded worksheet of 10 questions to help students practice using E=QV. This worksheet takes them through how to lay out calculations and rearrange them using the triangle method. There is also a tricky question at the end that links back to prior learning using Q=It as well. Answers included!

A worksheet designed to help students practice using Boyle's Law for calculating pressure or volume based upon changes to pressure and volume. All data is from real world examples. Answer sheet included. This forms part of a complete lesson which is available here for only 50p more!

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.

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 detailed lesson plan and presentation about Electric fields. It takes the student through looking at magnetism as a non-contact force and then applying this knowledge to electrostatics whilst looking at similarities. They then progress to drawing field diagrams and writing explanations of electrostatic repulsion and the triboelectric effect. Thanks for looking. Don't forget to review if you buy!

A structured worksheet to take students through converting prefixes to actual numbers, for example, 10mA. It covers the main prefixes they will come across, micro, milli, centi, kilo and Mega. It enables them to practice a wide range of conversions. Complete with Answer sheet!

Lesson plan and presentation for electrical charge and current. Introduces concept of charge and provides sample calculations for students to calculate charge, current and time.

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 complete lesson for completing section 4.1.3 National and global energy resources of the AQA (2016) specification for Physics and Trilogy. This is a web quest based lesson where students work in groups either as jigsaw/home groups or envoys or pairs to research about different energy resources. Covers renewable/non-renewable resources and their environmental impact.

A scaffolded worksheet to help students with calculating the Force on a spring given the extension and the spring constant using F=ke. It then goes on to get students to calculate elastic potential energy in the same situations using E=0.5ke^2 This worksheet comes with an Answer sheet as well! For further Science resources please visit my shop at Grade Gain

A set of game cards for Taboo covering the basic topics of Physics: Energy, Waves, Origins of the Universe, Energy transfers, Conduction, Convection, Radiation. 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. This is an ideal revision activity as it forces the students to describe the topic without using key words. This increases understanding.

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.