A worksheet of resistance calculations. Uses both Ohm's Law and the rules for resistors in a series and parallel circuit. Suitable as a lesson resource or a homework.

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 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 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...

This sheet enables students to keep a record of the required practicals that they have completed. They can see at a glance if they need to catch any up and then act on it.

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!!!

A structured worksheet for students to complete upon completion of the Specific Latent Heat of Fusion and Vaporisation practical. It takes them through the required calculations for energy, from power, voltage, current and time, to the calculation of Specific Latent Heat. This can accompany my resource for the practical and is available as a bundle.

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

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 differentiated worksheet for practicing density calculations. It starts off with using the formula in its standard form then progresses to rearranging the formula. All data is real data. This is designed for the new GCSE in Physics. Also included in the download are the worked answers!

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 complete lesson plan and presentation for the lesson on density for the new GCSE Physics. This includes a method sheet and results tables for Required Practical 5 - Density of regular, irregular and liquids. Also a PPT as well as the lesson plan. Thanks for looking.

The first in a series of knowledge organisers for the new AQA GCSE Phsyics syllabus. This covers the content for half of the electricity topic. Topics covered are circuit symbols, the National Grid, 3-core cable, Alternating Current (AC) and Direct Current (DC), Power, energy and the relevant formulae and units. Related worksheets are available on my store GradeGain

These flash cards are great when printed out double sided and then laminated. Can be used in multiple ways - as flash cards to test the whole class, as small cards for pupils to play pelmanism (memory) with. Printed single sided they can be used as a card sort activity. Covers all the common GCSE units for Physics.

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.

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 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.

Sheet designed to help pupils learn the spellings of keywords from the latter half of the Physics syllabus. Covers all the commonly misspelled words such as Fission and Fusion. Improves literacy of the students.

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.