A revision PowerPoint to cover the topics for P1 of the AQA GCSE Combined Science Trilogy examination. Contains 76 slides detailing content for the P1 exam to be used as revision with a class. Suitable to provide to the pupils as revision notes or flash cards. Topics covered: Energy/ power/efficiency Specific heat capacity required practical Heat transfers and insulation Circuits and related formulae Mains electricity Density and particle theory Structure of the atom Nuclear radiation - hazards and uses

This could be used as homework or as cover work. This worksheet includes: -Introduction to basic vocabulary about physical description (1) -Introduction to basic vocabulary with short description examples (2) Two short listening activites for students to identify the person that is being described (you could describe different people or get students to play who is who at this point or later during the lesson.) Grid fill where students need to describe people in TL and fill a grid that they could use for revision later on. Grammar section (verbs + adjectival agreement.) Reading exercise (vocabulary search and reading comprehension questions.) Audio files included.

This is an up to date version on the new AQA Physics triple/single science and combined science. I have carefully crafted these PPt over ten years, you will not need to create another Powerpoint again!! Includes all PowerPoints with assessment questions throughout (Updated for 2026-27). Every lesson start with a knowledge retrieval recap - which answers! All answers are provided and animated onto the PPt ready to appear when you wish. Enjoy and please leave a review! :)

This revision resource is designed for AQA GCSE Physics & Combined Scicence Required Practical 9-1 but is equally suitable for other boards, this resource contains links to 10 videos tutorials for all required practical topics covered in the Physics & Combined specification to help your students revise. Topics include; Specific Heat Capacity, Thermal Insulation, Resistance of a wire, Current-Voltage Characteristics, Density, Light, Forces & Extension, Acceleration, Waves as well as Radiation & Absorption. There are over 10 exam style practice questions with mark schemes. Exam style paper questions can also be printed from the word documents included. Click on the tabs to take you to the topic of your choice and use the home icon to take you back to the home page. Resource Includes: 10 Exam style questions with mark scheme for each required practical topic. 10 selected video tutorials to help with revision Over 60 slides of content. Videos sources from Malmesbury School Science and Science Shorts available on YouTube. All YouTube links are included within the document under the photograph of the video thumbnail. Videos are not embedded due to copyright. GCSE Chemistry & Biology Required Practical Revision Resources (For both Triple and Combined are also available). If you have any issues or would like to get in touch, please email me at: MsM.Hanson@gmail.com Please leave a review if you find my resources helpful, purchase 3 and leave a review on all 3 and get your 4th sent to you for free when you email me stating your TES username. Thank you.

This revision resource is designed for AQA GCSE Combined Science Physics revision 9-1 but is equally suitable for other boards, this resource contains links to over 70 videos tutorials for all topics covered in the combined science specification to help your students revise. Topics include; Energy, Electricity, Particle Model of Matter, Atomic Structure, Forces, Waves, Magnetism & Electromagnetism. There are over 80 exam style practice questions with mark schemes. The long answer exam style paper questions can also be printed from the word documents included. Click on the tabs to take you to the topic of your choice and use the home icon to take you back to the home page. Includes: • Exam style paper questions with mark scheme for each topic (Over 75 Short answer question & 7x Long answer questions for each topic) • Over 70 selected video tutorials to help with revision • Over 150 slides of content. • Videos sources from FUSE school, Cognito, Ted Ed, Freesciencelessons and more. All YouTube links are included within the document under the photograph of the video thumbnail. Videos have not been embedded due to copyright. GCSE Combined Science Chemistry & Biology are also available to purchase. If you have any issues or would like to get in touch, please email me at: MsM.Hanson@gmail.com Please leave a review if you find my resources helpful, leave a review on 3 and get your 4th emailed to you for free. Thank you.

I have created these revision mats for AQA Combined Science Physics Paper 2 - suitable for higher and foundation. Answers are also included. My students love them! It’s very useful for independent revision for Year 11. I also use it as a weekly homework / end-of-topic test revision for my other year groups. ALL PROCEEDS GO TO CHARITY.

A set of revision booklets designed for students who are sitting the AQA GCSE Physics Paper 1 exam. There is a specific booklet for: • Physics Separate Science • Trilogy Combined Science These booklets have been adapted for 2023 exams onwards in which all content within the specification is included. If you purchased these booklets for the 2022 exam series, please note that some of the pages are the same, however many have been edited and updated. The booklets have been designed to support students with the content of the curriculum and provide them with lots of short and extended response questions (along with model answers) that students can learn and practice. Within the revision booklet there is: • An overview of the exam including the topics that they will be assessed on. These topic titles follow the AQA textbook. • A selection of shorter response questions that are frequently assessed for the content in the exam. • For each topic there is also a selection of predictions for possible extended response questions that are likely to come up in the exam series of 2023. This section provides clear guidance on how the question should be approached, along with a model answer and further practice for students to complete. • A section on the required practicals. Within this section there is an overview of the practical method which is then followed by some short response questions and then some extended response questions. Bundles of these revision resources are now available through my store. Requests and Reviews 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!

This predicted  paper is a well-balanced and realistic representation of AQA GCSE Physics Paper 1, covering all core topics: Energy, Electricity, Particle Model and Atomic Structure. The paper strongly emphasises calculation skills (GPE, KE, SHC, density, electrical equations) alongside application and explanation, particularly in areas like energy transfers, insulation, I–V characteristics, and radioactivity. There is a clear progression from basic recall (multiple choice) to multi-step problem solving and extended response, making it ideal for exam preparation. Students who succeed will be those who show full working, use correct equations, apply scientific vocabulary, and explain processes clearly (especially 3–6 mark questions). Overall, it highlights the importance of exam technique, accuracy in calculations, and structured written answers to secure higher-tier grades (7–9).

This PowerPoint resource is a detailed lesson designed to teach students how to interpret velocity–time graphs and apply their understanding to calculate acceleration and distance traveled. It combines theoretical explanations with practical examples, making it ideal for high school physics classes. Key learning objectives: Interpreting velocity–time graphs to describe an object’s motion. Understanding that the gradient of a velocity–time graph represents acceleration. Calculating acceleration and distance traveled using velocity–time graph data. Resource features: The lesson starts with a starter activity to review prior knowledge, including questions on acceleration, graph slopes, and unit conversions. Students then explore the key features of velocity–time graphs, such as positive slopes (constant acceleration), horizontal lines (constant speed), and negative slopes (deceleration). Through guided examples, students learn to calculate acceleration using the gradient formula: Acceleration= Time taken/Change in velocity and apply it to various graph segments. Additional tasks include determining the total distance traveled by calculating the area under the graph, reinforcing the connection between motion and graphical representation. Interactive activities challenge students to interpret graph shapes, analyze real-world scenarios, and solve practice problems. Questions encourage critical thinking about motion dynamics, such as changes in acceleration and deceleration. File details: This editable ‘.pptx’ file aligns with physics curricula and is suitable for classroom instruction or independent learning. It features clear visuals, structured tasks, and practical exercises to ensure students gain a strong understanding of velocity–time graphs and their applications.

This resource provides summary sheets for all 12 A-level AQA Physics required practicals. The summary sheets include; equipment lists, variables, method with diagrams, table of results, graph analysis, safety, and systematic & random errors. Use this resource to help with your CPAC or to help revise for paper 3A.

The calculation worksheet (with answers and slides) is available separately here Prepare your students for AQA Physics Paper 1 calculation questions with revision lesson focusing on selecting and utilising the relevant equations. The lesson begins with identifying the quantities that appear on paper 1 and their relevant units. Then students practice identifying the correct equation to use in different situations with an opportunity for AfL. The lesson is designed assuming the students will have access to the AQA equation sheet, which can be downloaded from the AQA website. The bulk of the lesson is Independent practice, where through 12 worded calculation questions, including 3 worked examples, students identify and use the correct equations from the Energy, Electricity and Particle Model topics. Competence in substitution, unit conversions and rearrangements are supported through use of the FIFA method in worked examples and answers. Slides for two options of plenaries are also included - Spot the mistake and writing their own question - to consolidate the lessons content. Perfect for Exam Preparation: This worksheet is an excellent tool for preparing students to tackle calculation questions typically found on AQA Physics Paper 1, and it’s equally valuable for other exam boards. Included: Full powerpoint slide deck (.ppt) with animated answers using our clean Resistance Physics layout. Ready-to-print (.pdf) and editable (.doc) versions (.doc) of calculation worksheets and their solutions Ready-to-print table of quantities and units (.doc) Similar resources: P1 Energy Multi-Step Calculations Worksheet P2 Electricity Equation Worksheet Bundle P5 Forces Equation Worksheet Bundle