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Equip your students with the confidence and skills to master Kinetic Energy calculations with this “Shed Loads of Practice” (SLOP) worksheet, focused on the Kinetic Energy equation: Ek=½mv² Our SLOP Calculation worksheets feature questions which mimic the typical style of calculation question on AQA Higher and Foundation papers. Students will have the opportunity to independently practice and refine their calculation skills through 9 worded questions. Worked examples and solutions are included to help you to support students in demonstrating the key skills of substitution and rearrangement for each variable maximising their marks. 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: Ready-to-print worksheets and solution documents (.pdf) Editable version of worksheets (.doc) Worked examples and solutions PowerPoint (.ppt) using our clean Resistance Physics Layout. Features: Worked Examples: Model the methods for calculations and problem-solving. Clear FIFA Routine Expectations: Solutions follow the FIFA approach (Formula, Insert, Fine-tune, Answer), supporting students in applying key mathematical skills such as substitution, rearrangement, and unit conversion. Progressive Difficulty: Questions gradually increase in complexity. Fuss-free Feedback: Solutions and answers are provided in a ready-to-print Word document and a projectable PowerPoint slide deck. Versatile Use: Ideal for classroom learning, homework, cover work, or revision. Adaptable for Edexcel and OCR. Features in: P1 Energy Higher Equations Megapack P1 Energy Equations Megapack Similar resources: P1 Energy Multi-Step Calculations Worksheet P2 Electricity Equation Worksheet Bundle P5 Forces Equation Worksheet Bundle

Ramped independent calculations practice for GCSE Physics lessons, supporting students with substitution, conversion, rearrangement applying the equation s=vt to calculations. Preceded with 3 worked examples solving for each variable and a full worksheet of calculation questions with full solution powerpoint ready to project. Scaffold and support the development of maths skills. Designed for AQA, also supporting students in the recall of typical speeds as required by the specification. Similar Resources Work Done Calculations Resultant Forces Practice (Higher) Hooke’s Law Calculations Weight Calculations

Current and Charge Flow, Q=It - SLOP Calculations Worksheet with Answers Equip your students with the confidence and skills to master current and charge flow calculations with this “Shed Loads of Practice” (SLOP) worksheet, focused on the essential Electricity equation: Q=It (Charge Flow = Current x time). This resource offers students the opportunity to independently practice and refine their calculation skills through 9 worded questions, with a strong emphasis on showing full working. This worksheet is ideal for preparing students to answer calculation questions typically found on AQA Physics Paper 1 and is equally valuable for other exam boards. Included: Ready-to-print worksheet Ready-to-print solution document Worked examples and solutions PowerPoint Features: Worked Examples: Model the methods for calculations and problem-solving. Clear FIFA Routine Expectations: Solutions follow the FIFA approach (Formula, Insert, Fine-tune, Answer), supporting students in applying key mathematical skills such as substitution, rearrangement, and unit conversion. Progressive Difficulty: Questions gradually increase in complexity. Fuss-free Feedback: Solutions and answers are provided in a ready-to-print Word document and a projectable PowerPoint slide deck. Versatile Use: Ideal for classroom learning, homework, cover work, or revision. Adaptable for Edexcel and OCR. Other equation resources: E=QV V=IR P=IV P=I^2 R Multi-Step Calculations Electricity Equations Bundle Edited: 17/9/24 - Error corrections, pdf version added

Test and reinforce your students’ knowledge of Section 6.1 Periodic Motion with this 25-question multiple choice retrieval quiz testing the first part of Section 6- Further Mechanics and Thermal Physics of the AQA A-Level Physics specification. The quiz features a balanced mix of recall, application, and calculation questions, covering the breadth of the topic. Some graph and diagram-based questions are included to enhance their understanding and analytical skills. This resource is perfect for revision leading up to mocks or A-Level Physics Paper 1. It can also serve as a valuable formative assessment tool within the topic, or as part of baseline testing for Year 13 transition in September depending on when you teach Fields. Features: PowerPoint Slide Deck: Ideal for classroom quiz activities with answers Word Document: Easily printable for independent tasks or homework, with answers Full solutions are provided where necessary, supporting students in identifying and addressing misconceptions. This resource is ready to use immediately in class, as homework or as formative assessment to help ready students for one of the most challenging topics in A-Level Physics. More Revision Quizzes: A-Level Physics Year 1/Paper 1 Quiz Bundle Updated: 12.09.24 - PDF version added

This is the Foundation tier/Level 1 worksheet adapted for lower sets/prior-attainment students with lower demand calculations, and colour coded variables to aid with substitution and rearrangement. Equip your students with the confidence and skills to master current and charge flow calculations with this “Shed Loads of Practice” (SLOP) worksheet, focused on the essential Electricity equation: Q=It (Current = Current x time). This resource offers students the opportunity to independently practice and refine their calculation skills through 9 worded questions, with a strong emphasis on showing full working. This equation appears in P2 Electricity and links the two topics. This worksheet is ideal for preparing students to answer calculation questions typically found on AQA Physics Paper 1 and is equally valuable for other exam boards. Included: Ready-to-print worksheet Ready-to-print solution document Worked examples and solutions PowerPoint Features: Worked Examples: Model the methods for calculations and problem-solving. Clear FIFA Routine Expectations: Solutions follow the FIFA approach (Formula, Insert, Fine-tune, Answer), supporting students in applying key mathematical skills such as substitution, rearrangement, and unit conversion. Progressive Difficulty: Questions gradually increase in complexity. Fuss-free Feedback: Solutions and answers are provided in a ready-to-print Word document and a projectable PowerPoint slide deck. Versatile Use: Ideal for classroom learning, homework, cover work, or revision. Adaptable for Edexcel and OCR.

Build literacy and scientific vocabulary in your students with this resource telling the story of the discovery of radioactivity! Designed for KS4 Science, this comprehension task tackles key concepts from the Physics Magnetism topic, with mention of prominent scientists, and the importance of the electromagnetism in modern society. The approximate reading age of this resource is 13-14 years old, targeted at mixed ability year 10 students. The text is accompanied with a glossary and comprehension task to help your students progress. This is ideal for in-class activities, at the beginning of a topic for homework, or independent study, this resource will help students connect their everyday experiences with core scientific concepts, fostering both curiosity and a love of physics Features: Approximately 500-word long article, editable for your needs Size 16 font for accessibility Real-world applications of electromagnetism Clear diagrams A glossary of key terms to support student understanding. 9 Comprehension questions designed to meet KS4 AQA GCSE Physics learning outcomes. Answer sheet for easy teacher, peer and self-assessment Related Resources P2 - War of Currents AC/DC - Disciplinary Literacy P4 - Radioactivity - Disciplinary Literacy P5 - Laws of Motion - Disciplinary Literacy P5 - Physics of Sport - Disciplinary Literacy P5 - Isaac Newton and the History of Gravity - Disciplinary Literacy P7 - Magnets and Induced Magnetism - Recall, Describe and Explain Independent Practice

Support GCSE Physics students in developing their quality of written responses with this worksheet of Independent Practice questions for the fundamentals of Magnets and Induced Magnetism. The worksheet contains 14 questions, clearly structured into 3 sections of demand, building from simple recall and retrieval questions into the application of knowledge in describe, then explain questions. This enables you and your students to ensure that the fundamental knowledge is there, building confidence, before application. The worksheet in an easily adaptable powerpoint form (As well as pdf) so could be used with other exam boards or Internationally. Slot into lesson 1 of GCSE or KS3 magnets following instruction, use as a revision activity or even set as cover/homework. An Answer key is included to allow for easy teacher, self or peer-assessment. Similar Resources: Newton’s Laws - Disciplinary Literacy Resultant Forces from Diagrams Independent Practice Forces and Braking - Recall, Describe Explain Independent Practice Newton’s Laws - Recall, Describe Explain Independent Practice

Support GCSE Physics students in developing their quality of written responses with this worksheet of Independent Practice questions for Forces and Braking The worksheet contains 15 questions, clearly structured into 3 sections of demand, building from simple recall and retrieval questions into the application of knowledge in describe, then explain questions. While designed to promote mastery of the concepts of Thinking and Braking and stopping distance, and the structuring of answers in AQA GCSE, the worksheet is in an easily adaptable powerpoint form (As well as pdf) so could be used with other exam boards or Internationally. This resource would fit perfectly following instruction, used as a revision activity or even set as cover work. An Answer key is included to allow for easy teacher, self or peer-assessment. Complement this resource with: Newton’s Laws - Disciplinary Literacy Resultant Forces from Diagrams Newton’s Laws - Recall, Describe Explain Independent Practice

Build literacy and scientific vocabulary in your students with this resource telling the story of the discovery of radioactivity! Designed for KS4 Science, this comprehension task introduces key concepts from the Physics Atomic Structure topic underpinning it with the life and work of Marie Curie. The approximate reading age of this resource is 13-14 years old, targeted at mixed ability year 10 students. The text is accompanied with a glossary and comprehension task to help your students progress. This is ideal for in-class activities, at the beginning of a topic for homework, or independent study, this resource will help students connect their everyday experiences with core scientific concepts, fostering both curiosity and a love of physics Features: 750-word long article, editable for your needs Real-world applications of radioactivity A glossary of key terms to support student understanding. 10 Comprehension questions designed to meet KS4 AQA GCSE Physics learning outcomes. Answer sheet for easy teacher, peer and self-assessment Related Resources P2 - War of Currents AC/DC - Disciplinary Literacy P5 - Laws of Motion - Disciplinary Literacy P5 - Physics of Sport - Disciplinary Literacy P5 - Isaac Newton and the History of Gravity - Disciplinary Literacy P7 - Electromagnetism – Disciplinary Literacy P7 - Magnets and Induced Magnetism - Recall, Describe and Explain Independent Practice

Disciplinary Literacy resource/task based on the different ideas of gravity throughout history with a focus on Isaac Newton’s Law of Universal Gravitation. Also mentioned is the work of Aristotle, Brahmagupta, Galileo, Kepler and Einstein. Reading comprehension task featuring a short article of around 2 A4 pages (nearly 900 words) with accompanying questions. This should give an appreciation of how Science works and changes over time and allow them to use key tier 3 vocabulary including: Theory, hypothesis and observation. Answers are included on page 4. Designed for AQA Combined and Triple Science’s Forces topic, used to introduce gravity, it could also be suitable for a standalone Science or Physics literacy task or for cover work, or even A Level Physics. Please leave feedback to help me improve my resources in future.

Disciplinary Literacy resource/task describing Newton’s Laws of motion. Answers provided. Supplied as editable powerpoint file (.ppt) and PDF, complete with answer slides. This is a reading comprehension task (around an A4 page) featuring a short passage describing Newton’s Laws and giving examples of when they apply, followed by a definition task for the tier 3 vocabulary introduced, and 10 ramped recall and application questions on page 2. This resource is designed to match the AQA Combined Science and single science Physics specification for the Forces topic (P5). It could be used to either introduce Newton’s Laws of motion early in the topic, or later for consolidation, revision and retrieval. The resource easily be adapted to other exam boards (such as Edexcel) and International curriculum of other countries. I would recommend guiding the students to read through once independently, then read through aloud to promote oracy, then allowing students to answer questions. Please leave feedback (especially pointing out spelling mistakes!) to help me improve my resources! Related Resources P2 - War of Currents AC/DC - Disciplinary Literacy P4 - Radioactivity - Disciplinary Literacy P5 - Physics of Sport - Disciplinary Literacy P5 - Isaac Newton and the History of Gravity - Disciplinary Literacy P7 - Magnets and Induced Magnetism - Recall, Describe and Explain Independent Practice

Promote scientific literacy in your class and give students an appreciation of the real world impact of science with this disciplinary literacy resource. Suitable as a worksheet or a class-reader handout. This resource focuses on the the real-world Sporting applications of the AQA Combined Science specification. A reading comprehension task featuring a bespoke magazine-style article describing the Physics of Sprinting, Swimming and Rugby showing physics concepts and tier 3 vocabulary in context. This is followed by 13 questions of increasing challenge. The text has a reading age of around 15 so will be especially useful with top set, Mable and Gifted and Talented Students. Extension/Discussion questions are incorporated to promote thinking hard. I plan to use this at the start of the P5 Forces topic to give an introductory overview, but could equally be useful for consolidation, revision and retrieval, or even early in KS5. The resource is easily adapted to other exam boards (such as Edexcel) and International curriculum of other countries. Please leave feedback to help me improve my resources! Similar Resources s=vt (Free Taster) F=ke W=mg a=v/t SUVAT F=ma W=Fs Weight Calculations Bundle Resultant Forces Practice P2 Electricity Equation Worksheet Bundle War of Currents AC/DC Disciplinary Literacy Created: 27/7/2024 Last Updated: 28/7/2024

Support GCSE Physics students in developing their quality of written responses with this worksheet of Independent Practice questions for Newton’s Laws. The worksheet contains 15 questions, clearly structured into 3 sections of demand, building from simple recall and retrieval questions into the application of knowledge in describe, then explain questions. While designed to promote mastery of Newton’s Laws of Motion and the structuring of answers in AQA GCSE, the worksheet is in an easily adaptable powerpoint form (As well as pdf) so could be used with other exam boards or Internationally. This resource would fit perfectly following instruction, used as a revision activity or even set as cover work. An Answer key is included to allow for easy teacher, self or peer-assessment. Complement this resource with: Newton’s Laws - Disciplinary Literacy Resultant Forces from Diagrams

What’s the difference between Excitation and Ionisation? Which is strange, a kaon or a pion? Get your students to spot these and more with a***Dual-Coded Card Sort Activity for Section 2: Particles***! For each keyword we’ve created a bespoke diagram or image using dual-coding to represent the words on the page. Get your students to match they keywords to the pictures, or the definitions to the pictures and get students thinking hard about these key concepts. 26 Sets of image to keyword and image to definition sorts are provided, giving thorough coverage of the Particles and Radiation section of AQA A-Level Physics. Used at the end of a topic, in intervention or in revision before Mock Exam, these could be a powerful activity to get students more comfortable with the tier 3 vocabulary and to scaffold their definitions and explanations. The images and diagrams math those on our dual-coded keyword displays, ensuring consistency and cohesion when used together. Included are: Coloured PDF Grayscale PDF Editable Powerpoint (.ppt) version Display AQA A-Level Particles and Radiation Keywords Display Other A-Level Resources AQA A-Level Physics Paper 1/Year 12 Quiz Bundle

Build literacy and scientific vocabulary in your students with this engaging and accessible resource that explores the history of gravity! Perfect for a KS3 Science topic on Forces or Space, this comprehension task covers key moments in the discovery and development of gravity, from Aristotle to Isaac Newton linking historical ideas to modern understanding. Designed for a reading age of 11-12 years, this resource includes a glossary and comprehension questions to help students build confidence and grasp challenging concepts. It’s also suitable for older students needing additional support. This is ideal for in-class use, homework, or independent study, this resource will help students understand how science works and develops over time, fostering curiosity and a deeper understanding of gravity. **Features: ** A clear, easy-to-read article on the history of gravity, explaining the contributions of key scientists like Newton and Galileo. A distinction between mass and weight, and the difference between a hypothesis and a theory. A glossary of key terms to support understanding. Comprehension questions aligned with KS3 learning objectives and preparing students for the AQA GCSE Physics curriculum. Answer key for easy marking.

Build literacy and scientific vocabulary in your students with this fun and accessible resource exploring how waves are used in the real world of music, TV, and movies! Designed for KS3 Science, this comprehension task introduces key concepts from the Physics Waves topic in a way that relates directly to students’ favourite pastimes and Science in society. The approximate reading age of this resource is 11-12 years old, with an accompanying glossary and comprehension task to help your students progress. May also be applicable to students of older years who need more support. This is ideal for in-class activities, at the beginning of a topic for homework, or independent study, this resource will help students connect their everyday experiences with core scientific concepts, fostering both curiosity and a love of physics Features: An engaging and easy-to-read article on the science behind sound waves, light waves, and the electromagnetic spectrum. Real-world applications of waves A glossary of key terms to support student understanding. Comprehension questions designed to meet KS3 learning outcomes and prepare students for the AQA GCSE Physics curriculum. Answer sheet for easy teacher, peer and self-assessment .

Series of simple, clean displays for each GCSE physics equation including triple and higher only equations. Each slide is an A4 display of a different equation featuring the equation in symbol and word form (as shown on AQA’s formula and equation sheet from exams) with an emoji-style image to represent it. Designed to be easy to refer to in instruction and practice and to aid long term memory of these key pieces of GCSE Science knowledge.

Disciplinary Literacy resource/task based on Alternating Current and the conflict between Tesla and Edison. Short reading comprehension task featuring a short article of around an A4 page with accompanying questions. Answers are included on page 3. Designed for AQA Combined and Triple Science’s Electricity topic, used to introduce or consolidate AC/DC. Also suitable as a standalone Science or Physics literacy task or for cover work. Please leave feedback to help me improve my resources in future. Related Resources P4 - Radioactivity - Disciplinary Literacy P5 - Laws of Motion - Disciplinary Literacy P5 - Physics of Sport - Disciplinary Literacy P5 - Isaac Newton and the History of Gravity - Disciplinary Literacy P7 - Magnets and Induced Magnetism - Recall, Describe and Explain Independent Practice

P5 Forces - Multi-Step Calculation Practice Worksheet with Answers Prepare students for 5 and 6 mark calculation questions found in GCSE Combined Science with this practice worksheet. Each question requires the use of two equations. Through 2 Worked examples and 6 questions, the uses of multi-step process is modelled and scaffolded. This worksheet mimics the typical style of these questions in AQA Higher papers and encourages students with showing working in a way that matches markschemes, while also facilitating a systematic approach to problem solving. I envisage using this worksheet at the end of the topic, following the teaching of the individual equations. However the resource could easily be adapted for skills-based revision/exam practice for grade 7 to grade 9 students, or used as homework or cover work for able classes. Equations required: W=mg, W=Fs, F=ke, s=vt, a=Δv÷t, v²-u²=2as, F=ma and p=mv Provided: Worksheet in word document (.doc) and pdf form Answer sheet with full working modelled Powerpoint slides (.ppt) with full solutions and worked examples Need more resources? P5 Forces Equation Worksheet Bundle P1 Energy Multi-Step Calculations P2 Electricity Multistep Calculations P3 Particle Model Multistep Calculations Paper 1 Multistep Calculation Practice Paper 1 Equation Megapack

Equip your students with the confidence and skills to master Momentum calculations with this “Shed Loads of Practice” (SLOP) worksheet, focused on calculating momentum, mass and velocity/speed. Our SLOP Calculation worksheets feature questions which mimic the typical style of calculation question on AQA papers. Through 9 worded questions, students will independently practice quantifying how momentum relates to mass and speed . Unit conversions to kg from g, while also practicing rearrangement. Worked examples and solutions are included to help you to support students in demonstrating the key skills of substitution and rearrangement, maximising their marks. This equation is examined on the Higher Tier only, however this resource still uses scaffolding to help all students progress, developing transferrable mathematical skills. Useful Exam Preparation: This worksheet is an excellent tool for preparing students to tackle calculation questions typically found on Higher Tier AQA Physics Paper 2, and could be equally valuable for other exam boards. Files: Ready-to-print worksheets and solution documents (.pdf) Editable version of worksheets (.doc) Worked examples and solutions PowerPoint (.ppt) using our clean Resistance Physics Layout. Featuring: Worked Examples: Model the methods for calculations and problem-solving. Clear FIFA Routine Expectations: Solutions follow the FIFA approach (Formula, Insert, Fine-tune, Answer), supporting students in applying key mathematical skills such as substitution, rearrangement, and unit conversion. Progressive Difficulty: Questions gradually increase in demand. Fuss-free Feedback: Solutions and answers are provided in a ready-to-print formats and as a projectable PowerPoint slide deck. Versatile Use: Ideal for classroom learning, homework, cover work, or revision. Adaptable for Edexcel and OCR. Similar resources: Physics Paper 1 Equation Worksheet Bundle (13 Equations) P1 Energy Multi-Step Calculations Worksheet P2 Electricity Higher Tier Calculation Bundle P5 Forces Equation Worksheet Bundle P7 Magnetism resource Worksheet Bundle P2 Transformer Calculations (H) F=BIL Calculations (H)