Boyle’s law questions for medium to higher level GCSE students, suitable for new AQA Physics spec. Including extension questions. Also contains the mark scheme (MS). More Boyle’s law questions here: https://www.tes.com/teaching-resource/more-boyle-s-law-questions-for-gcse-11380098 If you like this, you may also like this: https://www.tes.com/teaching-resource/-12690666 If you use the sheet, please leave a comment. Cheers!

Notes and questions on Hooke's Law and stretching of different materials. For class or homework.

The AQA GCSE Physics equations in an easily editable format. First page covers those they need to learn. Second page covers the equations given on the data sheet. I also have some equations practice sheets in the bundle below. ** If you like this, I have a bundle of 20 Physics resources for less than £5 **

Suitable for new GCSE specs (such as AQA). Includes method, results table and some questions. Adapted from an older IOP resource. If you use it, please leave a comment. Ta!

Suitable for new GCSE Physics spec’s including AQA. See my other (free) sheet ‘Boyle’s Law Questions for GCSE’. This sheet is a follow up, focused mainly upon the results of the pxV experiment. Please leave a review if you can

Questions on image formation in a plane mirror. Suitable for AQA GCSE Physics Relates to section 14.1 of OUP textbook. Answers included.

Angular momentum questions. Suitable for AQA Additional Mechanics option topic. Now also includes the answers!

Six pages of questions, starting simple and building up to extension. These questions do not apply the principle of moments so are suitable for section 8.4 of the Oxford AQA textbook. Now INCLUDES THE ANSWERS!

GCSE Worksheet with questions on recall and application of F=BIL. Suitable for AQA and other GCSE Physics and dual award science courses.

Question sheet on the visible and microwave parts of the EM spectrum. Includes practice of the wave equation. *** If you like this, consider my bundle of 20 resources for less than £5*** If you have time, please leave a review

Worksheet with key ideas and three questions asking students to explain ideas related to pressure. With solutions. For KS5, e.g. AQA Gases topic.

Suitable for the 2015 AQA A Level Physics spec, Astro option, using the correct terminology. Solutions are also here. Some of these questions came from other unknown sources. Please rate or leave a comment.

Two sided worksheet to revise AQA GCSE electromagnetic waves content. Optimised to OUP book chapter 13 but also suitable for other books/exam boards.

A quick worksheet to challenge misconceptions about contamination and irradiation and to help students learn these terms.

Three worksheets for building students up to answer questions about the resultant of non-parallel forces. Maths skills needed (previous lesson or homework) Parallel forces and 90 degree forces worksheet Practice drawing diagrams for parallelogram of forces Answers This sequence has been developed to try to reduce students cognitive load, dealing with new ideas and knowledge in steps. *** If you like this, consider my bundle of 20 resources for less than £5*** If you have time, please leave a review

Angular acceleration question worksheet (answers at the end). Suitable for AQA Engineering Physics option topic.

This is great to get students thinking about the difficult concepts in GCSE electromagnetism topics. Students use the QR code to access the relevant YouTube video and answer questions on the sheet as they go along. Three two-sided sheets covering electromagnetism, the motor effect and transformers. I have used this for flipped learning but they are equally useful as as revision exercise. Suitable for all specs including AQA chapter P15. Uses videos from freesciencelessons.co.uk

Double sided worksheet to help students: understand the magnitude scale practice calculations involving the magnitude equation

Three page worksheet allowing students to practice applying the pressure formula and also converting areas between square metres and square centimetres. Questions are progressively more challenging.