A lesson covering Comparing Circuits designed for the new KS3 curriculum. Included is the lesson PowerPoint and additional digital resources that I use teaching the lesson. This lesson is part of a sequence of lessons available in my TES store that covers the content for the Electricity and Magnetism topic taught to year 8. L1: Charge L2: Current L3: Potential Difference L4: Series Circuits L5: Parallel Circuits L6: Comparing Circuits L7: Resistance L8: Magnetic Fields L9: Electromagnets These lessons can also be purchased separately in my store and can also be purchased as a bundle.

A lesson covering Current designed for the new KS3 curriculum. Included is the lesson PowerPoint and additional digital resources that I use teaching the lesson. This lesson is part of a sequence of lessons available in my TES store that covers the content for the Electricity and Magnetism topic taught to year 8. L1: Charge L2: Current L3: Potential Difference L4: Series Circuits L5: Parallel Circuits L6: Comparing Circuits L7: Resistance L8: Magnetic Fields L9: Electromagnets These lessons can also be purchased separately in my store and can also be purchased as a bundle.

A lesson covering Electromagnets designed for the new KS3 curriculum. Included is the lesson PowerPoint and additional digital resources that I use teaching the lesson. This lesson is part of a sequence of lessons available in my TES store that covers the content for the Electricity and Magnetism topic taught to year 8. L1: Charge L2: Current L3: Potential Difference L4: Series Circuits L5: Parallel Circuits L6: Comparing Circuits L7: Resistance L8: Magnetic Fields L9: Electromagnets These lessons can also be purchased separately in my store and can also be purchased as a bundle.

A lesson covering equation 14: the wave equation designed for the new GCSE AQA Trilogy specification. Included is the lesson PowerPoint and accompanying digital resources. This lesson is part of a sequence of lessons available in my TES store that covers a topic titled P12 Waves that follows the Trilogy specification. 
L1: Transverse and Longitudinal Waves L2: Wave Equation: Equation Number 14 L3: Measuring the Speed of Waves in Liquids: Required Practical 20 L4: Measuring the Speed of Waves in Solids: Required Practical 20 These lessons can also be purchased separately in my store and can also be purchased as a bundle.

A lesson covering measuring the speed of waves in liquids designed for the new GCSE AQA Trilogy specification. Included is the lesson PowerPoint and accompanying digital resources. This lesson is part of required practical 20 in the trilogy specification. This lesson is part of a sequence of lessons available in my TES store that covers a topic titled P12 Waves that follows the Trilogy specification. 
L1: Transverse and Longitudinal Waves L2: Wave Equation: Equation Number 14 L3: Measuring the Speed of Waves in Liquids: Required Practical 20 L4: Measuring the Speed of Waves in Solids: Required Practical 20 These lessons can also be purchased separately in my store and can also be purchased as a bundle.

An activity in which students use clues to find and calculate the elastic potential energy, spring constant and extension for different objects. To complete this activity students will be required to rearrange the formula and convert units. The activity covers: Equation 2 from the Trilogy and Synergy Specification Physics Equation Sheet Equation 6 from the Physics Specification Physics Equation Sheet Included in the set of resources is: Task Sheet for Trilogy and Synergy Specification Solution Sheet for Trilogy and Synergy Specification Clues Sheet for Trilogy and Synergy Specification (2 sets to a page) Task Sheet for Physics Specification Solution Sheet for Physics Specification Clues Sheet for Physics Specification (2 sets to a page) The task would be suitable to complete as a class activity or as a piece of homework. Please leave a review of this resource and if you liked this task please have a look in my store for other logic challenges for the different physics equations.

An activity in which students use clues to find and calculate the distance travelled, speed and time for different people and forms of transport. To complete this activity students will be required to rearrange the formula and convert units. The activity covers: Equation 4 from the Trilogy and Synergy Specification Equation 6 from the Physics Specification Included in the set of resources is: Task Sheet for Trilogy and Synergy Specification Solution Sheet for Trilogy and Synergy Specification Clues Sheet for Trilogy and Synergy Specification Task Sheet for Physics Specification Solution Sheet for Physics Specification Clues Sheet for Physics Specification The task would be suitable to complete as a class activity or as a piece of homework. Please leave a review of this resource and if you liked this task please have a look in my store for other logic challenges for the different physics equations.

A lesson covering "Acceleration" and Physics equation 5 designed for the new AQA GSCE P9 topic on Motion. The lesson could be used for the Physics and Trilogy specification. Included is the lesson PowerPoint and additional digital resources that I use teaching the lesson.

A lesson covering The Moon designed for the new KS3 curriculum. Included is the lesson PowerPoint and additional digital resources that I use teaching the lesson.

8-page resource designed to provide structure to student’s revision when studying forces and braking for their Paper 2 Physics GCSE exam. The resource is designed to be printed as an 8-page booklet that could be completed in class/revision sessions or at home and contains the following: Page 1: Information that students need to know about forces and braking. Page 2: Space to complete some structured revision in which students complete a “read, cover, write, check” task. Page 3: Space to complete their own summary with some prompts for how this could be done/presented. Page 4: Structured task around the topic. Page 5: Grid of questions for students to complete using the information on page 1. Page 6: Selection of past exam questions from AQA. Page 7: Selection of past exam questions from AQA. Page 8: Exam question answers. This is part of a series of resources which will be updated in more parts as they are produced.

A lesson covering "Distance Time Graphs" designed for the new AQA GSCE P9 topic on Motion. The lesson could be used for the Physics and Trilogy specification. Included is the lesson PowerPoint and additional digital resources that I use teaching the lesson. Within this lesson I use a worksheet that can be downloaded from Kerboodle and a past AQA exam question.

Selection of exam questions from AQA that are useful when teaching the P13 topic in the new AQA Trilogy specification.

GCSE lesson for the lenses topic in Separate Science Physics.

An introductory lesson to AQA GCSE Physics paper 2. Within this extended lesson are 4 mini lessons introducing the fundamentals of: Forces Waves Magnetism and Electromagnetism Space There is also an adapted resource that can be used for combined science also that does not include the Space content. The mini lessons are also accompanied by a set of worksheets. This resource has been designed to use as a transition activity either in the classroom or could be completed at home as an extended homework task.

An introductory lesson to AQA GCSE Physics paper 1. Within this extended lesson are 4 mini lessons introducing the fundamentals of: Energy Electricity Particle Model Atomic Structure The mini lessons are also accompanied by a set of worksheets. This resource has been designed to use as a transition activity either in the classroom or could be completed at home as an extended homework task.

Introducing the perfect solution for students to ace their AQA GCSE Science exams! Our set of 13 revision lessons covering all of the Separate Science only content from the Physics Paper 2 part of the specification has been carefully planned to ensure that students get a comprehensive and easy-to-understand learning experience. Each lesson comes with a PowerPoint presentation that introduces the content gradually, along with plenty of opportunities to check their understanding and apply their knowledge in exam questions. Lessons within this set include: • Moments • Pressure in Fluids • Changes in Momentum • Reflection of Waves • Sound Waves • Lenses • Visible Light • Black Body Radiation • Induced Potential • Microphones and Loudspeakers • Transformers • Solar System and Stars • Red Shift The lessons provided are appropriate for the Physics Separate Science specification. Our revision lessons cover everything students need to know, from alkenes to the Haber process. And the best part? You can access them now at an early bird discounted rate! Please note that at this time, the download includes a lesson PowerPoint to use, but not a worksheet. However, we will be adding worksheets to the download at no additional charge in the near future. We understand that you may have specific queries or requests for revision activities, resources and bundles. So, please feel free to contact us through instagram, and we’ll be more than happy to assist you. And if you find our resources useful, we would be grateful if you could leave a review. As a token of appreciation, we’re offering a special deal: when you review 3 of our paid resources and contact us by email with your username and resources you reviewed, we’ll send you a 4th similarly priced resource of your choice free of charge!

A revision session for Momentum suitable for AQA GCSE Science. It covers specification points 5.7.1.Momentum, 5.7.2 Conservation of Momentum and 5.7.3 Change in Momentum (P only) Included in this download is a revision PowerPoint and sheet to be completed. I usually print these sheets out double sided on A3.

A revision session for Motion Along a Line suitable for AQA GCSE Science. It covers specification points 5.6.1.1 Distance and Displacement, 5.6.1.2 Speed, 5.6.1.3 Velocity and 5.6.1.4 Distance Time Graphs Included in this download is a revision PowerPoint and sheet to be completed. I usually print these sheets out double sided on A3.