EASY TO PRINT. GCSE Science Physics P1 Energy equation flashcards, suitable for pupils to use in the run up to end of topic tests, mocks or GCSE exams. Powerpoint includes simple and easy instructions for printing, and all of the equations required for the GCSE AQA Energy topic. Flashcards can easily be printed and cut out to be given to pupils, or the resource can be passed on to pupils to print flashcards at home. Brilliant way to help them remember equations.

EASY TO PRINT. GCSE Science Physics P2 Electricity equation flashcards, suitable for pupils to use in the run up to end of topic tests, mocks or GCSE exams. Powerpoint includes simple and easy instructions for printing, and all of the equations required for the GCSE AQA Electricity topic. Flashcards can easily be printed and cut out to be given to pupils, or the resource can be passed on to pupils to print flashcards at home. Brilliant way to help them remember equations.

GCSE Physics Density worksheet from Unit P3 The Particle Model, covering calculating density from mass and volume and measuring density experimentally. The worksheet can be used during lessons, as a homework or as a revision resource. Answers to numerical calculations are provided with the worksheet, so you don’t have to work them out yourself. Suitable for use with GCSE groups of varying abilities, and containing a mix of calculations and written answers. Could also be used with higher ability KS3 groups.

GCSE Physics Energy Efficiency worksheet for unit P1 - Energy. The worksheet includes using the equation to calculate the efficiency of a range of systems, and rearranging the equation to find the total input or the useful output. An extension on the cost of energy is included. Suitable for a range of abilities at GCSE level, as well as higher ability groups in KS3. The worksheet can be used in the classroom, as a homework or as a revision resource.

Revision mat containing a variety of questions relating to topic P1 Energy of the AQA GCSE Physics course. Can be used as a resource in class (particularly great for setting as cover!), or as revision for pupils to complete in their own time. Suitable for GCSE classes of a range of abilities, and can also be used for higher ability KS3 classes.

GCSE Physics worksheet on potential current, charge and time. Designed for AQA GCSE specification but suitable for other exam boards and key stages. Could be used as classwork, homework or revision.

GCSE Physics worksheet on potential difference, energy and charge. Designed for AQA GCSE specification but suitable for other exam boards and key stages. Could be used as classwork, homework or revision.

GCSE Physics Particle Model worksheet from Unit P3 The Particle Model, covering the basics of the particle model and the differences between solids, liquids and gases. The worksheet can be used during lessons, as a homework or as a revision resource. Suitable for use with GCSE groups of varying abilities and could also be used with higher ability KS3 groups.

GCSE Physics Internal Energy worksheet for unit P3 - The Particle Model. The worksheet covers the basics of internal energy, and includes analysis of a temperature - internal energy graph. Suitable for a range of abilities at GCSE level, as well as higher ability groups in KS3. The worksheet can be used in the classroom, as a homework or as a revision resource.

GCSE Physics worksheet on potential difference, energy and charge. Designed for AQA GCSE specification but suitable for other exam boards and key stages. Could be used as classwork, homework or revision.

GCSE Physics Specific Latent Heat worksheet for unit P3 - The Particle Model. The worksheet included comparing Latent Heat with Specific Heat, and using the relevant equation to perform calculations. Suitable for a range of abilities at GCSE level, as well as higher ability groups in KS3. The worksheet can be used in the classroom, as a homework or as a revision resource.

GCSE Physics Specific Heat Capacity worksheet from Unit P3 The Particle Model, including use of the relevant equation. The worksheet can be used during lessons, as a homework or as a revision resource. Suitable for use with GCSE groups of varying abilities and could also be used with higher ability KS3 groups

An automatically marked multiple choice quiz on KS3 Plants and Photosynthesis, aimed primarily at Y9 level but suitable for all of KS3. Uses microsoft forms to provide the teacher with a summative mark, and pupils with formative feedback for each question. Perfect for end of topic revision or for setting as a marking-free homework. The link generates a duplicate copy of the form which can then be edited, so individual questions can be removed or adapted to suit the specific class or school. I’ve been using these forms for the past year and they have saved me a lot of time on marking, and the pupils love them as they are simple to use and they get instant feedback.

GCSE Physics revision questions suitable for revision or for use in class. Designed for AQA specification but are suitable for other exam boards. Mostly made up of differentiated short answer questions and calculations, can be used either as revision resource in class or for pupils to complete at home. Works well at the end of a topic, before mock exams or in the final revision period. Also suitable for us as recap before A-level topics, or for challenging high attaining KS3 classes.

GCSE Physics Atomic Structure revision questions suitable for revision or for use in class. Designed for AQA specification but are suitable for other exam boards. Mostly made up of differentiated short answer questions and calculations, can be used either as revision resource in class or for pupils to complete at home. Works well at the end of a topic, before mock exams or in the final revision period. Also suitable for us as recap before A-level topics, or for challenging high attaining KS3 classes.

Revision lesson for GCSE AQA Physics particle model module, containing differentiated questions each topic covered. Includes graph questions, calculation, equation etc. Can be used as a classroom lesson or set as work for pupils to complete as part of their own revision. Perfect for revision lesson at the end of the particle model topic or for revision sessions in exam season. Could also be particularly useful for pupils to use if they are working at home.

GCSE Physics Electricity revision questions, mostly short answer with differentiated levels on each slide. Designed for AQA spec but suitable for other exam boards too, and could also be used with KS3. Useful for revision sessions, either at the end of the topic, before mocks or in the final revision period. Can be easily used for pupils to complete at home as remote learning, homework or revision.

An automatically marked multiple choice quiz on KS3 Energy, aimed primarily at Y7 level but suitable for all of KS3. Uses to microsoft forms to provide the teacher with a summative mark, and pupils with formative feedback for each question. Perfect for end of topic revision or for setting as a marking-free homework. Link generates a duplicate copy of the form which can then be edited, so individual questions can be removed or adapted to suit the specific class or school. I’ve been using these forms for the past year and they have saved me a lot of time on marking, and the pupils love them as they are simple to use and they get instant feedback.

GCSE Physics P1 Energy question booklet based on the AQA syllabus, containing multiple choice questions, calculations and long answer questions. Answers to numerical questions included at the end of the booklet. Perfect for revising before end of topic tests, mock exams or GCSE exams. Can be used for higher and lower ability groups and could be suitable for some KS3 groups.

GCSE Physics lesson on Potential Difference, ideally used as the start of the electricity topic, designed for AQA specification but suitable for various exam boards, difficulties and key stages. Includes an introduction to the concept of potential difference, the equation used to calculate it from energy and charge, instructions on how to use a formula triangle, and plenty of practice questions. Easy to teach for a teacher not specialised in physics, with no printing and minimal preparation required. The practice questions are differentiated according to the difficulty of the calculation involved.