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KS3 Science Retrieval Grids | Biology, Chemistry & Physics | Low-Stakes Recall & Revision These KS3 Science retrieval grids are designed to help students regularly review key knowledge from Biology, Chemistry, and Physics. Each grid encourages low-stakes retrieval practice and supports long-term memory through quick, structured questions that revisit prior learning. Each grid includes: 9, 12, or 16 recall questions per topic (editable format) Mix of questions from recent and earlier topics to build knowledge over time Designed for starters, plenaries, homework, or independent study Covers the full KS3 science curriculum in student-friendly language Editable in Word or Google Docs for easy differentiation Topics covered include: Biology: Cells, reproduction, ecosystems, digestion, human systems Chemistry: Particles, states of matter, elements, reactions, acids and alkalis Physics: Forces, energy, electricity, light, sound, magnetism These retrieval grids are ideal for: Daily or weekly retrieval routines Boosting recall and confidence Low-prep cover work or revision Supporting EAL or SEN learners with visual structure Preparing students for future GCSE learning KS3 Science, retrieval grids, retrieval practice, science starters, revision, low-stakes testing, Biology, Chemistry, Physics, memory recall, science homework, independent learning, cover work, editable resources, curriculum aligned

KS3 Science Thinking Hard Worksheets | PiXL Style | Biology, Chemistry & Physics | Challenge & Retrieval This pack of KS3 Science Thinking Hard worksheets uses PiXL-style activities to challenge students, build deeper thinking, and support retrieval practice across the full KS3 Science curriculum. Perfect for stretch and challenge, revision, homework, or cover lessons. Each worksheet includes: High-challenge, low-prep tasks inspired by PiXL Thinking Hard strategies Activities such as: rank and justify, explain why, link it, prove it, categorise and apply Covers key topics in Biology, Chemistry, and Physics Student-friendly layout with space for written responses Ideal for independent learning and developing exam-style thinking Editable in Word or Google Docs Topics include: Biology: Cells, systems, reproduction, food chains, ecosystems Chemistry: Particles, chemical changes, elements and compounds, acids and alkalis Physics: Forces, energy, sound, light, magnetism, electricity These KS3 PiXL-style worksheets are perfect for: Retrieval and deeper thinking Stretch and challenge for all learners Cover work or homework Scaffolding extended answers Preparing for GCSE-style questions KS3 Science, PiXL, Thinking Hard, stretch and challenge, retrieval practice, science worksheet, Biology, Chemistry, Physics, rank and justify, independent learning, cover work, revision, homework, editable resources, exam preparation

KS3 Science MCQ Worksheets with Answers | Biology, Chemistry & Physics | Retrieval & Assessment This set of KS3 Science multiple choice question (MCQ) worksheets is perfect for checking understanding, supporting retrieval practice, and preparing students for low-stakes assessment across Biology, Chemistry, and Physics. Each worksheet includes: A set of topic-based multiple choice questions with 4 answer options Questions written in clear, student-friendly language Answers included for self-marking, peer assessment or teacher use Covers key knowledge from each unit in the KS3 curriculum Editable format for customisation in Word or Google Docs Topics covered include: Biology: Cells, reproduction, ecosystems, human body systems Chemistry: Particles, chemical reactions, acids and alkalis, the periodic table Physics: Forces, energy, light, sound, electricity, magnetism These KS3 MCQ worksheets are ideal for: Starters and plenaries Homework or revision Cover lessons Retrieval practice Quick assessments to inform teaching Whether used independently or alongside your existing lessons, these ready-to-go MCQs help boost retention and identify misconceptions early. KS3 Science, MCQs, multiple choice questions, retrieval practice, Biology quiz, Chemistry quiz, Physics quiz, science assessment, low-stakes testing, independent learning, cover work, homework, editable worksheets, self-marking quiz, curriculum aligned

KS3 Science Knowledge Organisers & Worksheets | Full Topic Breakdown | Biology, Chemistry & Physics This KS3 Science resource pack includes knowledge organisers and linked worksheets for every topic in the KS3 Biology, Chemistry, and Physics curriculum. Each organiser breaks down key information into clear, manageable chunks, using student-friendly language to support revision, retrieval practice, and independent learning. Each knowledge organiser includes: Key facts, definitions, and diagrams Clear explanations of scientific processes Keywords and sentence starters to support literacy in science What makes this pack unique? Every organiser comes with a matching worksheet to help students recall knowledge, apply what they’ve learned, and build confidence with questions linked directly to the content. Perfect for: Revision and retrieval tasks Cover lessons Homework or DIRT activities Independent study Supporting curriculum planning and tracking All resources are fully editable in Word or Google Docs, making them easy to adapt for your students. This complete pack helps secure strong understanding across the KS3 Science curriculum, while preparing students for GCSE-style learning and assessment.

KS3 Science Gap Fill Worksheets KS3 Science Gap Fill Worksheets | Biology, Chemistry & Physics | Retrieval & Literacy Support This pack of KS3 Science gap fill worksheets is perfect for retrieval practice, literacy development, and independent learning. Covering all major Biology, Chemistry, and Physics topics, each worksheet helps students reinforce key knowledge by completing sentences with subject-specific vocabulary. Each worksheet includes: Curriculum-aligned content for KS3 Biology, Chemistry, and Physics Scientifically accurate keywords to support literacy and vocabulary recall Cloze-style tasks to strengthen understanding of core concepts Printable and editable format for easy customisation Ideal for starters, revision, homework, and cover work Topics covered include: Biology: Cells, reproduction, respiration, digestion, food chains Chemistry: Particles, elements, acids and alkalis, chemical reactions Physics: Energy, forces, electricity, light, sound, magnetism These gap fill worksheets are ideal for supporting lower attainers, EAL students, or any learner needing scaffolded revision or retrieval support. KS3 Science, gap fill, cloze activity, Biology worksheet, Chemistry worksheet, Physics worksheet, retrieval practice, science vocabulary, literacy in science, independent learning, revision, homework, cover work, editable worksheet, curriculum aligned

KS3 Science ‘Find the Fib’ Worksheets | Biology, Chemistry & Physics | Misconception & Retrieval Activities This pack of KS3 Science ‘Find the Fib’ worksheets is ideal for retrieval practice, addressing misconceptions, and promoting independent learning across Biology, Chemistry, and Physics. Perfect for starters, plenaries, homework, or cover work, each worksheet helps students think critically about scientific statements and distinguish fact from fiction. Each worksheet includes: A series of themed science statements – students identify and explain the incorrect one Space for justifications to promote deeper thinking and discussion Editable format for easy differentiation or topic customisation Clear layout ideal for independent use in cover lessons or home study Topics include: Biology: Cells, reproduction, digestion, respiration, ecosystems Chemistry: Particles, states of matter, chemical changes, acids and alkalis, atoms and elements Physics: Forces, energy, light, sound, electricity, magnetism These Find the Fib worksheets are designed to challenge misconceptions, support retrieval, and reinforce key knowledge from the KS3 curriculum in a fun and accessible format. KS3 Science, Find the Fib, retrieval practice, science misconceptions, Biology worksheet, Chemistry worksheet, Physics worksheet, cover work, independent learning, science starter, plenary activity, true or false, curriculum aligned, editable worksheet, KS3 revision, printable science activity

KS3 Science Cover Work Worksheets | Biology, Chemistry & Physics | Independent Learning Tasks This ready-to-use KS3 Science cover work pack includes engaging and curriculum-aligned worksheets for Biology, Chemistry, and Physics. Each worksheet is designed for independent learning, making it ideal for cover lessons, homework, revision, or distance learning — especially when delivered by non-specialists. Each worksheet includes: Key knowledge from the KS3 science curriculum Retrieval tasks to reinforce prior learning Short-answer and extended-response questions Key vocabulary with definitions and usage support Clear instructions for fully independent use Printable and editable formats Covers major KS3 science topics including: Biology: Cells, body systems, reproduction, ecosystems, adaptations Chemistry: Particles, elements, acids and alkalis, chemical reactions, the periodic table Physics: Forces, energy, electricity, magnetism, light and sound

Revision Sheet – Powered by PiXL Thinking Hard Strategies This high-impact KS3 Science, Biology, Chemistry & Physics revision sheet uses proven PiXL Thinking Hard strategies to deepen understanding, boost retrieval, and encourage higher-order thinking across the KS3 Science, Biology, Chemistry & Physics curriculum. Featuring tasks like Odd One Out, Because-But-So, Prove It, Link It Up, and Silent Debate, each activity challenges students to go beyond simple recall and engage with content at a deeper level. Perfect for: Revision lessons Independent learning Stretch and challenge DIRT and consolidation tasks Ofsted-ready planning The sheet is fully editable in Word/Google Docs, making it easy to adapt for any KS3 Science, Biology, Chemistry & Physics subject or topic. A brilliant way to prepare students for AO3-style questions and to promote metacognitive thinking across your classroom.

Save hours of planning and increase student engagement with this comprehensive KS3 Physics, Biology & Chemistry resource pack, designed to support full specification coverage. Ideal for lessons, cover work, revision, homework, and retrieval practice, this all-in-one bundle includes a wide variety of editable, student-friendly materials that promote grade improvement, exam readiness, and independent learning. This resource pack includes: PiXL-style Thinking Hard tasks to challenge students and develop deeper thinking Multiple Choice Questions (MCQs) for retrieval practice and low-stakes assessment Gap-fill worksheets with MCQ options to support knowledge recall and build confidence Retrieval grids and knowledge organisers to reinforce key content over time Rank and Justify activities to build evaluation skills and prepare for extended responses Find the Fib and true/false tasks for quick assessment for learning Structured exam-style questions to support high-quality written responses and exam technique Ready-to-use cover work packs for independent use or non-specialist delivery Video links and revision summaries for independent study and flipped learning Suitable for KS3 Physics, Biology & Chemistry this pack is ideal for teachers looking to raise achievement while saving time with high-quality, ready-made resources.

Save hours of planning and increase student engagement with this comprehensive GCSE resource pack, designed to support full specification coverage. Ideal for lessons, cover work, revision, homework, and retrieval practice, this all-in-one bundle includes a wide variety of editable, student-friendly materials that promote grade improvement, exam readiness, and independent learning. This resource pack includes: PiXL-style Thinking Hard tasks to challenge students and develop deeper thinking Multiple Choice Questions (MCQs) for retrieval practice and low-stakes assessment Gap-fill worksheets with MCQ options to support knowledge recall and build confidence Retrieval grids and knowledge organisers to reinforce key content over time Rank and Justify activities to build evaluation skills and prepare for extended responses Find the Fib and true/false tasks for quick assessment for learning Structured exam-style questions to support high-quality written responses and exam technique Ready-to-use cover work packs for independent use or non-specialist delivery Video links and revision summaries for independent study and flipped learning Suitable for KS4 & GCSE this pack is ideal for teachers looking to raise achievement while saving time with high-quality, ready-made resources. All for Physics, Chemistry and Biology. 100’s of worksheets and activities.

Save hours of planning and increase student engagement with this comprehensive GCSE resource pack, designed to support full specification coverage. Ideal for lessons, cover work, revision, homework, and retrieval practice, this all-in-one bundle includes a wide variety of editable, student-friendly materials that promote grade improvement, exam readiness, and independent learning. This resource pack includes: PiXL-style Thinking Hard tasks to challenge students and develop deeper thinking Multiple Choice Questions (MCQs) for retrieval practice and low-stakes assessment Gap-fill worksheets with MCQ options to support knowledge recall and build confidence Retrieval grids and knowledge organisers to reinforce key content over time Rank and Justify activities to build evaluation skills and prepare for extended responses Find the Fib and true/false tasks for quick assessment for learning Structured exam-style questions to support high-quality written responses and exam technique Ready-to-use cover work packs for independent use or non-specialist delivery Video links and revision summaries for independent study and flipped learning Suitable for KS4 & GCSE this pack is ideal for teachers looking to raise achievement while saving time with high-quality, ready-made resources.

This pack of GCSE thinking strategy worksheets is designed to support retrieval practice, stretch and challenge, and critical thinking across the full KS4 curriculum. Based on popular strategies like Odd One Out, Link It Up, Silent Debate, Prove It, and Because-But-So, these tasks promote deeper understanding, evaluation, and analysis – ideal for AO3, metacognition, and higher-order thinking. Each worksheet is fully aligned to the GCSE specification, covering every topic with student-friendly language and structured response prompts. Perfect for Ofsted-ready planning, DIRT tasks, revision, cover lessons, and independent learning. Editable in Word/Google Docs that cover the whole specification. One sheet per specification point 1.1 Energy stores and systems 1.2 Kinetic and gravitational potential energy 1.3 Elastic potential energy 1.4 Specific heat capacity 1.5 Power 1.6 Work and energy 1.7 Energy transfers in systems 1.8 Reducing unwanted energy transfers 1.9 Energy resources 1.10 Trends in energy resource use 2.1 Current, potential difference and resistance 2.2 Series and parallel circuits 2.3 Resistance 2.4 Ohmic conductors and non-ohmic devices 2.5 Mains electricity 2.6 Electrical power and energy transfer 2.7 The National Grid 3.1 Density of materials 3.2 States of matter and changes of state 3.3 Internal energy and energy changes 3.4 Specific heat capacity 3.5 Specific latent heat 3.6 Particle motion in gases 3.7 Pressure and volume (HT only) 4.1 Atoms and isotopes 4.2 The development of the model of the atom 4.3 Radioactive decay 4.4 Activity and half-life 4.5 Uses and dangers of radiation 4.6 Nuclear radiation in medicine 4.7 Nuclear fission (HT only) 4.8 Nuclear fusion 5.1 Scalars and vectors 5.2 Contact and non-contact forces 5.3 Gravity 5.4 Resultant forces 5.5 Work done and energy transfer 5.6 Forces and elasticity 5.7 Moments, levers and gears 5.8 Pressure in fluids 5.9 Atmospheric pressure 5.10 Distance and displacement 5.11 Speed 5.12 Velocity-time graphs 5.13 Acceleration 5.14 Newton’s First Law 5.15 Newton’s Second Law 5.16 Newton’s Third Law 5.17 Inertia and mass 5.18 Stopping distance 5.19 Reaction time 5.20 Factors affecting braking distance 5.21 Momentum (HT only) 5.22 Changes in momentum (HT only) 6.1 Transverse and longitudinal waves 6.2 Properties of waves 6.3 Reflection and refraction 6.4 Sound waves 6.5 Ultrasound 6.6 Seismic waves 6.7 Electromagnetic waves 6.8 Uses and dangers of EM radiation 6.9 Lenses and images (HT only) 6.10 Black body radiation (HT only) 7.1 Poles of a magnet 7.2 Magnetic fields 7.3 Electromagnetism 7.4 The motor effect 7.5 Electromagnetic induction 7.6 Uses of electromagnetism 7.7 Transformers (HT only)

Ranking & Justify Grid Worksheets – Promote Critical Thinking & Evaluation Skills Perfect for GCSE and A-Level | All Subjects | Editable Word Format These GCSE and A-Level printable worksheets are ideal for developing critical thinking, evaluation skills, and justification in all subjects. Each worksheet encourages students to rank key concepts and provide reasoned justifications using subject knowledge, helping them master higher-order thinking and prepare for extended writing questions. Perfect for revision, independent learning, exam practice, or stretch and challenge, these fully editable thinking skills resources support success across the exam board and cover all specification points for the exam. There is one worksheet per specification point. What’s Included: A scenario or big question linked to the spec content A ranking table (5–10 key ideas, events, beliefs, processes, or case studies) Justification prompts to support extended writing and critical thinking Extension questions for higher-level learners Fully editable in Microsoft Word Perfect For: Stretch & Challenge Revision activities AO3-focused exam skills Group or independent tasks Homework or cover lessons DIRT (Dedicated Improvement and Reflection Time)

Revision resources for each part of the specification Retrieval grids Knowledge organisers Thinking hard grids 1.1 Energy stores and systems 1.2 Kinetic and gravitational potential energy 1.3 Elastic potential energy 1.4 Specific heat capacity 1.5 Power 1.6 Work and energy 1.7 Energy transfers in systems 1.8 Reducing unwanted energy transfers 1.9 Energy resources 1.10 Trends in energy resource use 2.1 Current, potential difference and resistance 2.2 Series and parallel circuits 2.3 Resistance 2.4 Ohmic conductors and non-ohmic devices 2.5 Mains electricity 2.6 Electrical power and energy transfer 2.7 The National Grid 3.1 Density of materials 3.2 States of matter and changes of state 3.3 Internal energy and energy changes 3.4 Specific heat capacity 3.5 Specific latent heat 3.6 Particle motion in gases 3.7 Pressure and volume (HT only) 4.1 Atoms and isotopes 4.2 The development of the model of the atom 4.3 Radioactive decay 4.4 Activity and half-life 4.5 Uses and dangers of radiation 4.6 Nuclear radiation in medicine 4.7 Nuclear fission (HT only) 4.8 Nuclear fusion 5.1 Scalars and vectors 5.2 Contact and non-contact forces 5.3 Gravity 5.4 Resultant forces 5.5 Work done and energy transfer 5.6 Forces and elasticity 5.7 Moments, levers and gears 5.8 Pressure in fluids 5.9 Atmospheric pressure 5.10 Distance and displacement 5.11 Speed 5.12 Velocity-time graphs 5.13 Acceleration 5.14 Newton’s First Law 5.15 Newton’s Second Law 5.16 Newton’s Third Law 5.17 Inertia and mass 5.18 Stopping distance 5.19 Reaction time 5.20 Factors affecting braking distance 5.21 Momentum (HT only) 5.22 Changes in momentum (HT only) 6.1 Transverse and longitudinal waves 6.2 Properties of waves 6.3 Reflection and refraction 6.4 Sound waves 6.5 Ultrasound 6.6 Seismic waves 6.7 Electromagnetic waves 6.8 Uses and dangers of EM radiation 6.9 Lenses and images (HT only) 6.10 Black body radiation (HT only) 7.1 Poles of a magnet 7.2 Magnetic fields 7.3 Electromagnetism 7.4 The motor effect 7.5 Electromagnetic induction 7.6 Uses of electromagnetism 7.7 Transformers (HT only)

Perfect for retrieval, revision, or challenge tasks! This Thinking Hard Challenge Grid uses PiXL’s higher-order strategies to help students deeply engage with specification content Designed to stretch and challenge learners of all abilities, it’s perfect for starters, plenaries, cover work, independent study, or revision stations. Example Tasks: Reduce It – Strip information down to the essentials Spot the Mistake – Identify and correct misconceptions Connect 4 – Link keywords and explain their relationship Always/Sometimes/Never – Justify your reasoning Apply It – Real-world scenario questions One per specification point 1.1 Energy stores and systems 1.2 Kinetic and gravitational potential energy 1.3 Elastic potential energy 1.4 Specific heat capacity 1.5 Power 1.6 Work and energy 1.7 Energy transfers in systems 1.8 Reducing unwanted energy transfers 1.9 Energy resources 1.10 Trends in energy resource use 2.1 Current, potential difference and resistance 2.2 Series and parallel circuits 2.3 Resistance 2.4 Ohmic conductors and non-ohmic devices 2.5 Mains electricity 2.6 Electrical power and energy transfer 2.7 The National Grid 3.1 Density of materials 3.2 States of matter and changes of state 3.3 Internal energy and energy changes 3.4 Specific heat capacity 3.5 Specific latent heat 3.6 Particle motion in gases 3.7 Pressure and volume (HT only) 4.1 Atoms and isotopes 4.2 The development of the model of the atom 4.3 Radioactive decay 4.4 Activity and half-life 4.5 Uses and dangers of radiation 4.6 Nuclear radiation in medicine 4.7 Nuclear fission (HT only) 4.8 Nuclear fusion 5.1 Scalars and vectors 5.2 Contact and non-contact forces 5.3 Gravity 5.4 Resultant forces 5.5 Work done and energy transfer 5.6 Forces and elasticity 5.7 Moments, levers and gears 5.8 Pressure in fluids 5.9 Atmospheric pressure 5.10 Distance and displacement 5.11 Speed 5.12 Velocity-time graphs 5.13 Acceleration 5.14 Newton’s First Law 5.15 Newton’s Second Law 5.16 Newton’s Third Law 5.17 Inertia and mass 5.18 Stopping distance 5.19 Reaction time 5.20 Factors affecting braking distance 5.21 Momentum (HT only) 5.22 Changes in momentum (HT only) 6.1 Transverse and longitudinal waves 6.2 Properties of waves 6.3 Reflection and refraction 6.4 Sound waves 6.5 Ultrasound 6.6 Seismic waves 6.7 Electromagnetic waves 6.8 Uses and dangers of EM radiation 6.9 Lenses and images (HT only) 6.10 Black body radiation (HT only) 7.1 Poles of a magnet 7.2 Magnetic fields 7.3 Electromagnetism 7.4 The motor effect 7.5 Electromagnetic induction 7.6 Uses of electromagnetism 7.7 Transformers (HT only)

Gap Fill & MCQ Worksheet This engaging, print-ready worksheet is designed to help students master the course. Save yourself lesson planning time. Perfect for lesson starters, independent revision, or homework tasks, this double-page activity supports knowledge recall and deeper understanding. There is one sheet per specification listed below: 1.1 Energy stores and systems 1.2 Kinetic and gravitational potential energy 1.3 Elastic potential energy 1.4 Specific heat capacity 1.5 Power 1.6 Work and energy 1.7 Energy transfers in systems 1.8 Reducing unwanted energy transfers 1.9 Energy resources 1.10 Trends in energy resource use 2.1 Current, potential difference and resistance 2.2 Series and parallel circuits 2.3 Resistance 2.4 Ohmic conductors and non-ohmic devices 2.5 Mains electricity 2.6 Electrical power and energy transfer 2.7 The National Grid 3.1 Density of materials 3.2 States of matter and changes of state 3.3 Internal energy and energy changes 3.4 Specific heat capacity 3.5 Specific latent heat 3.6 Particle motion in gases 3.7 Pressure and volume (HT only) 4.1 Atoms and isotopes 4.2 The development of the model of the atom 4.3 Radioactive decay 4.4 Activity and half-life 4.5 Uses and dangers of radiation 4.6 Nuclear radiation in medicine 4.7 Nuclear fission (HT only) 4.8 Nuclear fusion 5.1 Scalars and vectors 5.2 Contact and non-contact forces 5.3 Gravity 5.4 Resultant forces 5.5 Work done and energy transfer 5.6 Forces and elasticity 5.7 Moments, levers and gears 5.8 Pressure in fluids 5.9 Atmospheric pressure 5.10 Distance and displacement 5.11 Speed 5.12 Velocity-time graphs 5.13 Acceleration 5.14 Newton’s First Law 5.15 Newton’s Second Law 5.16 Newton’s Third Law 5.17 Inertia and mass 5.18 Stopping distance 5.19 Reaction time 5.20 Factors affecting braking distance 5.21 Momentum (HT only) 5.22 Changes in momentum (HT only) 6.1 Transverse and longitudinal waves 6.2 Properties of waves 6.3 Reflection and refraction 6.4 Sound waves 6.5 Ultrasound 6.6 Seismic waves 6.7 Electromagnetic waves 6.8 Uses and dangers of EM radiation 6.9 Lenses and images (HT only) 6.10 Black body radiation (HT only) 7.1 Poles of a magnet 7.2 Magnetic fields 7.3 Electromagnetism 7.4 The motor effect 7.5 Electromagnetic induction 7.6 Uses of electromagnetism 7.7 Transformers (HT only)

One retrieval grid per specification point 1.1 Energy stores and systems 1.2 Kinetic and gravitational potential energy 1.3 Elastic potential energy 1.4 Specific heat capacity 1.5 Power 1.6 Work and energy 1.7 Energy transfers in systems 1.8 Reducing unwanted energy transfers 1.9 Energy resources 1.10 Trends in energy resource use 2.1 Current, potential difference and resistance 2.2 Series and parallel circuits 2.3 Resistance 2.4 Ohmic conductors and non-ohmic devices 2.5 Mains electricity 2.6 Electrical power and energy transfer 2.7 The National Grid 3.1 Density of materials 3.2 States of matter and changes of state 3.3 Internal energy and energy changes 3.4 Specific heat capacity 3.5 Specific latent heat 3.6 Particle motion in gases 3.7 Pressure and volume (HT only) 4.1 Atoms and isotopes 4.2 The development of the model of the atom 4.3 Radioactive decay 4.4 Activity and half-life 4.5 Uses and dangers of radiation 4.6 Nuclear radiation in medicine 4.7 Nuclear fission (HT only) 4.8 Nuclear fusion 5.1 Scalars and vectors 5.2 Contact and non-contact forces 5.3 Gravity 5.4 Resultant forces 5.5 Work done and energy transfer 5.6 Forces and elasticity 5.7 Moments, levers and gears 5.8 Pressure in fluids 5.9 Atmospheric pressure 5.10 Distance and displacement 5.11 Speed 5.12 Velocity-time graphs 5.13 Acceleration 5.14 Newton’s First Law 5.15 Newton’s Second Law 5.16 Newton’s Third Law 5.17 Inertia and mass 5.18 Stopping distance 5.19 Reaction time 5.20 Factors affecting braking distance 5.21 Momentum (HT only) 5.22 Changes in momentum (HT only) 6.1 Transverse and longitudinal waves 6.2 Properties of waves 6.3 Reflection and refraction 6.4 Sound waves 6.5 Ultrasound 6.6 Seismic waves 6.7 Electromagnetic waves 6.8 Uses and dangers of EM radiation 6.9 Lenses and images (HT only) 6.10 Black body radiation (HT only) 7.1 Poles of a magnet 7.2 Magnetic fields 7.3 Electromagnetism 7.4 The motor effect 7.5 Electromagnetic induction 7.6 Uses of electromagnetism 7.7 Transformers (HT only)

Knowledge Organisers – Complete Specification Coverage Curriculum-Aligned | Revision-Focused | Supports Retrieval and Long-Term Memory These expertly designed knowledge organisers provide concise, high-impact summaries of every topic across the full GCSE and A-Level specification. Ideal for revision, homework, low-stakes quizzing, and independent study, they ensure students have the core content, key terminology, and essential facts at their fingertips. Each organiser is matched directly to the exam board specification, making them perfect for Ofsted evidence, curriculum planning, intervention work, and exam preparation. What’s Included: Knowledge organisers for every specification point or unit Clear layout with tier 2 and tier 3 vocabulary Key facts, definitions, quotes, diagrams or examples (where appropriate) Fully editable in Word or Google Docs Designed for quick recall, self-quizzing, and revision sessions Supports retrieval practice, dual coding, and cognitive load theory Ideal For: Embedding in student books or revision packs Setting homework or prep tasks Weekly retrieval or interleaving tasks Use as aide-mémoires during lessons Cover lessons or knowledge gap filling Planning intervention and targeted revisionKnowledge orgainsers for the whole specification, great for independent student work, homework, revision.

This fully editable worksheet is designed to match the specification and is perfect for homework, cover lessons, or independent study. Each task is carefully structured to help students consolidate key content, deepen understanding, and support effective revision. Ideal for home learning, retrieval practice, flipped learning, or in-class support. Accessible and engaging, this no-prep resource helps boost progress while saving teacher time.

Per topic you get: Information, Bullet point information keywords with definitions Video links MCQ’s and answers FInd the fib with answers Revision sheet Exam questions