My comprehensive collection of classroom-based resources caters to KS3 and KS4 science, aligned with the AQA specification. Additionally, I offer a range of distance learning resources to support flexible learning environments.
For the latest updates on resources and new releases, be sure to visit my website
My comprehensive collection of classroom-based resources caters to KS3 and KS4 science, aligned with the AQA specification. Additionally, I offer a range of distance learning resources to support flexible learning environments.
For the latest updates on resources and new releases, be sure to visit my website
This resource includes a complete set of fully editable revision task sheets for AQA KS3 Sciences, covering key topics from Biology, Chemistry, and Physics.
Each task sheet is designed to help students focus their revision by:
β Identifying which topics they personally need to work on
β Choosing from a variety of revision strategies (e.g., mind maps, flashcards, quiz questions, glossaries, infographics, mnemonics, teaching tasks)
β Creating at least two different revision aids per topic
Each task sheet includes:
β A topic list based on the AQA KS3 specification (2-year course)
β A range of suggested revision techniques with guidance
β Clear student instructions to encourage independent and active revision
These sheets are fully editable in Word format, allowing you to adapt them easily to suit your schoolβs own KS3 science scheme of work. Simply update the topic list to reflect your curriculum. Ideal for use in class, for homework, or as part of a structured revision programme.
If you require more assistance, please contact me at-
info@cmgsciencelessons.com
This resource includes a complete set of editable revision task sheets for AQA GCSE Separate Sciences, covering all topics from Biology, Chemistry, and Physics Papers 1 & 2.
Each task sheet is designed to help students focus their revision by:
β Identifying which topics they personally need to work on
β Choosing from a variety of revision strategies (e.g., mind maps, flashcards, quiz questions, glossaries, infographics, mnemonics, teaching tasks)
β Creating at least two different revision aids per topic
Each task sheet includes:
β A full topic list for the relevant paper
β A range of suggested revision techniques with guidance
β Clear student instructions to encourage independent and active revision
These sheets are fully editable in Word format, allowing you to tailor them to your class or add school-specific instructions if needed. Ideal for use in class, for homework, or as part of a structured revision programme.
If you require more assistance, please contact me at-
info@cmgsciencelessons.com
During this lesson (C5.5 Salts from insoluble bases) GCSE students work through a variety of tasks to develop their understanding of the reaction between an acid and a base. Based on the 5th from the AQA 9-1 GCSE Chemistry (OUP scheme) C5: Chemical changes chapter.
Also available as a digital worksheet, which is ideal for distance learning, independent study or catch-up of missed work through absence.
Presentation contains (17 slides)-
Bell work activity
Lesson objective and success criteria
Information slides
Challenge activities (group work)
Practical activity (where appropriate)
Demonstrate understanding tasks (with answers)
Lesson resources (additional to scheme)
Aimed at a mixed ability class covering content 1-8.
Please note: Kerboodle worksheets from scheme are not included due to license.
If you require more assistance, please contact me at-
cmgeducationresources@gmail.com
This fully resourced lesson on the history is designed to help GCSE students develop their understanding of how and why the atomic model has changed over time through clear explanations and engaging activities.
This is the 5th in a series of lessons and covers the content from the AQA GCSE 4.1.1(.3) A simple model of the atom, symbols, relative atomic mass, electronic charge and isotopes topic and OUP Kerboodle GCSE Chemistry Scheme C1.5, History of the atom lesson.
The lesson includes all necessary resources, making it easy to implement in your classroom and the lessonβs text is editable, allowing you to adjust the duration and depth of the activities based on your studentsβ progress and time constraints.
Presentation contains (39 slides):
β Lesson prep and materials guide: Clear guidance for preparing the lesson.
β Student worksheets/handouts: All the printable materials needed for the lesson.
β Do Now activity: Starter activity to refresh studentsβ memory and introduce the upcoming lesson.
β Clear lesson aim, objectives & success criteria: Provides students with a clear understanding of what theyβll learn and how to show their understanding.
β Warm-up slides: Thought-provoking prompts and questions to introduce the topic.
β Information slides: Differentiated content catering to a range of learning styles and abilities.
β Engaging group activities: Differentiated activities that encourage students to collaborate, participate actively, and deepen their understanding of the topic.
β Questions with answers: Questions with three difficulty levels to cater to different learning styles and abilities. Answers are provided, making them perfect for self-assessment and creating clear, effective notes.
β Homework activities: Differentiated homework tasks to cater to various learning styles and abilities. These activities are designed to reinforce key concepts from the lesson while promoting independent learning.
Aimed at a mixed ability GCSE class, with three levels of demand to cater to different learning styles and levels:
β Level 1: Low demand
β Level 2: Standard demand
β Level 3: High demand
This lesson is also available as a:
β Cover lesson worksheet: Perfect for unplanned absences, this version provides everything a cover teacher needs to deliver a smooth and engaging lesson.
History of the atom Cover lesson
β Digital worksheet: Perfect for absent students, distance learning, or independent study, this digital version allows students to catch up on missed work at their own pace.
History of the atom Distance learning
If you require more assistance, please contact me at-
info@cmgsciencelessons.com
This ready-to-use cover lesson, based on my history of the atom lesson, allows GCSE students to work independently and develop their understanding of how and why the atomic model has changed over time through clear explanations and engaging activities. Ideal for unexpected staff absences.
This lesson is the 5th in a series of lessons and covers the content from the AQA GCSE 4.1.1(.3) A simple model of the atom, symbols, relative atomic mass, electronic charge and isotopes topic and OUP Kerboodle GCSE Chemistry Scheme C1.5, History of the atom lesson.
Resource includes:
β Teacher guide (Page 1): Clear instructions on what to print (answer sheet & student worksheet) and any additional resources needed (e.g., graph paper, coloured pencils).
β Answer sheet (Page 2): Provides answers to all student worksheet questions, allowing cover teachers to assist students.
β Student worksheet (Pages 3 & 4 - back-to-back):
β Clear instructions and explanations guide students through the learning objectives independently.
β Engaging activities and thought-provoking questions promote active learning and understanding.
β Fully editable - easily adapt the resource to fit the specific needs of your students and the time available.
Benefits:
β Minimal prep: Saves valuable time by providing a complete and ready-to-use lesson resource.
β Independent learning: Allows students to work independently, minimising disruption.
β Fully editable: Easily modify the resource to fit the specific needs of your students.
β Answers: Detailed answer sheets provide guidance for the cover teacher.
This lesson is also available as a:
β Teacher-led lesson: Deliver an engaging lesson with this fully resourced PowerPoint presentation. Includes everything you need to teach, from instructions to activities and worksheets.
History of the atom
β Digital worksheet: Perfect for absent students, distance learning, or independent study, this digital version allows students to catch up on missed work at their own pace.
History of the atom Distance learning
If you require more assistance, please contact me at-
info@cmgsciencelessons.com
During this engaging distance learning lesson on the history of the atom GCSE students work through the digital worksheet activities to develop their understanding of how and why the atomic model has changed over time.
This lesson is the 5th in a series of lessons and covers the content from the AQA GCSE 4.1.1(.3) A simple model of the atom, symbols, relative atomic mass, electronic charge and isotopes topic and OUP Kerboodle GCSE Chemistry Scheme C1.5, History of the atom lesson.
This adaptable resource is perfect for:
β Distance learning: Keep students on track with independent learning activities.
β Missed work recovery: Help students catch up after absences at their own pace.
β Home-schooling: Provide a comprehensive learning experience for homeschooled students.
Aimed at a mixed ability GCSE class.
This editable resource includes (6 pages):
β Teacher guidance and answers: Clear instructions and solutions for teachers.
β Engage: Self-assessed vocabulary task, using Google Sheets, to reinforce key vocabulary.
β Explore: Links to articles, video clips, virtual labs, and simulations allow students to explore the topic in-depth.
β Explain: An embedded Google Slidesβ’ presentation that clearly outlines lesson objectives, provides detailed information slides, and includes self-assessed questions for students to check their comprehension.
β Apply: Engaging activities and tasks encourage students to apply their knowledge gained during the lesson.
β Extend: Resources and activities that challenge students to further explore the topic and extend their learning.
Important:
β Internet Access: Students require a PC with internet access to use this resource.
β Google Docβ’ Format: This resource is best used in Google Docβ’ format. While it can be converted to Word/Excel, some tasks may not function properly in these formats.
This lesson is also available as a:
β β Teacher-led lesson: Deliver an engaging lesson with this fully resourced PowerPoint presentation. Includes everything you need to teach, from instructions to activities and worksheets.
History of the atom
β Cover lesson worksheet: Perfect for unplanned absences, this version provides everything a cover teacher needs to deliver a smooth and engaging lesson.
History of the atom Cover lesson
If you require more assistance, please contact me at-
info@cmgsciencelessons.com
During this engaging distance learning lesson on The particle model Year 7 students work through the digital worksheet activities to develop their understanding of what the particle model of matter is. This adaptable resource is perfect for distance learning, independent study, home-schooling, addressing missed content, and non-specialist cover lessons.
This lesson is the 1st in a series of lessons and covers the content from the AQA KS3 3.5.1 The particle model topic and the Activate 1 (OUP) 5a: The particle model, 5.1.1 The particle model lesson.
This digital worksheet is ideal for distance learning, independent study, home-school, covering missed content after absence, or for use in a non-specialist cover lesson.
Aimed at a mixed ability Year 7 class.
This editable resource includes (5 pages):
β Teacher guidance and answers: Clear instructions and solutions for teachers.
β Engage: Self-assessed vocabulary task, using Google Sheets, to reinforce key vocabulary.
β Explore: Links to articles, video clips, virtual labs, and simulations allow students to explore the topic in-depth.
β Explain: An embedded Google Slidesβ’ presentation that clearly outlines lesson objectives, provides detailed information slides, and includes self-assessed questions for students to check their comprehension.
β Apply: Engaging activities and tasks encourage students to apply their knowledge gained during the lesson.
β Extend: Resources and activities that challenge students to further explore the topic and extend their learning.
Important:
β Internet Access: Students require a PC with internet access to use this resource.
β Google Docβ’ Format: This resource is best used in Google Docβ’ format. While it can be converted to Word/Excel, some tasks may not function properly in these formats.
If you require more assistance, please contact me at-
info@cmgsciencelessons.com
During this distance learning lesson (C5.5 Salts from insoluble bases) GCSE students work through the digital worksheet activities to develop their understanding of the reaction between an acid and a base. Based on the 5th lesson from the AQA 9-1 GCSE (OUP) C5: Chemical changes chapter.
Ideal for independent & distance learning / home-school / covering missed content after absence / non-specialist cover lesson
Aimed at a mixed ability class covering content 1-8
This resource includes:
Teacher guidance and answers
Engage- Self-assessed vocabulary task (Fact of the day).
Explore- Links to articles, video clips, virtual labs, and simulations for students to explore.
Explain- Embedded Google Slidesβ’ presentation (includes lesson objectives, information slides, self-assessed questions).
Apply- Resources and task in which students apply their knowledge gained during the lesson.
Extend- Resources and task for students to extend their learning.
Important: Students must have access to PC with internet to use this worksheet
This resource works best as a Google Docβ’. with Google Classroomβ’. some features will be unavailable in other formats (Word/Excel).
If you require more assistance, please contact me at-
cmgeducationresources@gmail.com
This ready-to-use cover lesson, based on my reversible reactions lesson, allows GCSE students to work independently and develop their understanding of what a reversible reaction is and how to represent them through clear explanations and engaging activities. Ideal for unexpected staff absences.
This is the 6th in a series of lessons and covers the content from the AQA GCSE 4.6.2.1 Reversible reactions topic and OUP Kerboodle Scheme C8.6 Reversible reactions lesson.
Resource includes:
β Teacher guide (Page 1): Clear instructions on what to print (answer sheet & student worksheet) and any additional resources needed (e.g., graph paper, coloured pencils).
β Answer sheet (Page 2): Provides answers to all student worksheet questions, allowing cover teachers to assist students.
β Student worksheet (Pages 3 & 4 - back-to-back):
β Clear instructions and explanations guide students through the learning objectives independently.
β Engaging activities and thought-provoking questions promote active learning and understanding.
β Fully editable - easily adapt the resource to fit the specific needs of your students and the time available.
Benefits:
β Minimal prep: Saves valuable time by providing a complete and ready-to-use lesson resource.
β Independent learning: Allows students to work independently, minimising disruption.
β Fully editable: Easily modify the resource to fit the specific needs of your students.
β Answers: Detailed answer sheets provide guidance for the cover teacher.
This lesson is also available as a:
β Teacher-led lesson: Deliver an engaging lesson with this fully resourced PowerPoint presentation. Includes everything you need to teach, from instructions to activities and worksheets.
Reversible reactions
β Digital worksheet: Perfect for absent students, distance learning, or independent study, this digital version allows students to catch up on missed work at their own pace.
Reversible reactions Distance learning
If you require more assistance, please contact me at-
info@cmgsciencelessons.com
This ready-to-use cover lesson, based on my catalysts lesson, allows GCSE students to work independently and develop their understanding of what catalysts are, how they work, and why they are important in industry through clear explanations and engaging activities. Ideal for unexpected staff absences.
This lesson is the 5th in a series of lessons and covers the content from the AQA GCSE 4.6.1.4 Catalysts topic and OUP Kerboodle Scheme C8.5 Catalysts lesson.
Resource includes:
β Teacher guide (Page 1): Clear instructions on what to print (answer sheet & student worksheet) and any additional resources needed (e.g., graph paper, coloured pencils).
β Answer sheet (Page 2): Provides answers to all student worksheet questions, allowing cover teachers to assist students.
β Student worksheet (Pages 3 & 4 - back-to-back):
β Clear instructions and explanations guide students through the learning objectives independently.
β Engaging activities and thought-provoking questions promote active learning and understanding.
β Fully editable - easily adapt the resource to fit the specific needs of your students and the time available.
Benefits:
β Minimal prep: Saves valuable time by providing a complete and ready-to-use lesson resource.
β Independent learning: Allows students to work independently, minimising disruption.
β Fully editable: Easily modify the resource to fit the specific needs of your students.
β Answers: Detailed answer sheets provide guidance for the cover teacher.
This lesson is also available as a:
β Teacher-led lesson: Deliver an engaging lesson with this fully resourced PowerPoint presentation. Includes everything you need to teach, from instructions to activities and worksheets.
Catalysts
β Digital worksheet: Perfect for absent students, distance learning, or independent study, this digital version allows students to catch up on missed work at their own pace.
Catalysts Distance learning
If you require more assistance, please contact me at-
info@cmgsciencelessons.com
This ready-to-use cover lesson, based on my Collision theory lesson, allows GCSE students to work independently and develop their understanding of how collision theory and activation energy explain the rate of chemical reactions through clear explanations and engaging activities. Ideal for unexpected staff absences.
This lesson is the 4th in a series of lessons and covers the content from the AQA GCSE 4.6.1.3 Collision theory topic and OUP Kerboodle Scheme C8.2 Collision theory and surface area lesson.
Resource includes:
β Teacher guide (Page 1): Clear instructions on what to print (answer sheet & student worksheet) and any additional resources needed (e.g., graph paper, coloured pencils).
β Answer sheet (Page 2): Provides answers to all student worksheet questions, allowing cover teachers to assist students.
β Student worksheet (Pages 3 & 4 - back-to-back):
β Clear instructions and explanations guide students through the learning objectives independently.
β Engaging activities and thought-provoking questions promote active learning and understanding.
β Fully editable - easily adapt the resource to fit the specific needs of your students and the time available.
Benefits:
β Minimal prep: Saves valuable time by providing a complete and ready-to-use lesson resource.
β Independent learning: Allows students to work independently, minimising disruption.
β Fully editable: Easily modify the resource to fit the specific needs of your students.
β Answers: Detailed answer sheets provide guidance for the cover teacher.
This lesson is also available as a:
β Teacher-led lesson: Deliver an engaging lesson with this fully resourced PowerPoint presentation. Includes everything you need to teach, from instructions to activities and worksheets.
Collision theory
β Digital worksheet: Perfect for absent students, distance learning, or independent study, this digital version allows students to catch up on missed work at their own pace.
Collision theory Distance learning
If you require more assistance, please contact me at-
info@cmgsciencelessons.com
This ready-to-use cover lesson, based on my Factors affecting rates 2: Concentration and pressure lesson, allows GCSE students to work independently and develop their understanding of how concentration (solutions) and pressure (gases) affects reaction rates through clear explanations and engaging activities. Ideal for unexpected staff absences.
This lesson is the 3rd in a series of lessons and covers the content from the AQA GCSE 4.6.1.2 Factors affecting rates topic and OUP Kerboodle Scheme C8.3 The effect of concentration or pressure lesson.
Resource includes:
β Teacher guide (Page 1): Clear instructions on what to print (answer sheet & student worksheet) and any additional resources needed (e.g., graph paper, coloured pencils).
β Answer sheet (Page 2): Provides answers to all student worksheet questions, allowing cover teachers to assist students.
β Student worksheet (Pages 3 & 4 - back-to-back):
β Clear instructions and explanations guide students through the learning objectives independently.
β Engaging activities and thought-provoking questions promote active learning and understanding.
β Fully editable - easily adapt the resource to fit the specific needs of your students and the time available.
Benefits:
β Minimal prep: Saves valuable time by providing a complete and ready-to-use lesson resource.
β Independent learning: Allows students to work independently, minimising disruption.
β Fully editable: Easily modify the resource to fit the specific needs of your students.
β Answers: Detailed answer sheets provide guidance for the cover teacher.
This lesson is also available as a:
β Teacher-led lesson: Deliver an engaging lesson with this fully resourced PowerPoint presentation. Includes everything you need to teach, from instructions to activities and worksheets.
Factors affecting rates 2: Concentration and pressure
β Digital worksheet: Perfect for absent students, distance learning, or independent study, this digital version allows students to catch up on missed work at their own pace.
Factors affecting rates 2: Concentration and pressure Distance learning
If you require more assistance, please contact me at-
info@cmgsciencelessons.com
This ready-to-use cover lesson, based on my Factors affecting rates 1: Surface area and temperature lesson, allows GCSE students to work independently and develop their understanding of how changing the surface area or temperature affects the rate of reactions through clear explanations and engaging activities. Ideal for unexpected staff absences.
This lesson is the 2nd in a series of lessons and covers the content from the AQA GCSE 4.6.1.2 Factors affecting rates topic and OUP Kerboodle Scheme C8.2 Collision theory and surface area and C8.3 The effect of temperature lessons.
Resource includes:
β Teacher guide (Page 1): Clear instructions on what to print (answer sheet & student worksheet) and any additional resources needed (e.g., graph paper, coloured pencils).
β Answer sheet (Page 2): Provides answers to all student worksheet questions, allowing cover teachers to assist students.
β Student worksheet (Pages 3 & 4 - back-to-back):
β Clear instructions and explanations guide students through the learning objectives independently.
β Engaging activities and thought-provoking questions promote active learning and understanding.
β Fully editable - easily adapt the resource to fit the specific needs of your students and the time available.
Benefits:
β Minimal prep: Saves valuable time by providing a complete and ready-to-use lesson resource.
β Independent learning: Allows students to work independently, minimising disruption.
β Fully editable: Easily modify the resource to fit the specific needs of your students.
β Answers: Detailed answer sheets provide guidance for the cover teacher.
This lesson is also available as a:
β Teacher-led lesson: Deliver an engaging lesson with this fully resourced PowerPoint presentation. Includes everything you need to teach, from instructions to activities and worksheets.
Factors affecting rates 1: Surface area and temperature
β Digital worksheet: Perfect for absent students, distance learning, or independent study, this digital version allows students to catch up on missed work at their own pace.
Factors affecting rates 1: Surface area and temperature Distance learning
If you require more assistance, please contact me at-
info@cmgsciencelessons.com
This ready-to-use cover lesson, based on my rates of reactions lesson, allows GCSE students to work independently and develop their understanding of how to measure and calculate the rate of a reaction through clear explanations and engaging activities. Ideal for unexpected staff absences.
This lesson is the 1st in a series of lessons and covers the content from the AQA GCSE 4.6.1.1 Rate of reaction topic and OUP Kerboodle Scheme C8.1, Rate of reaction lesson.
Resource includes:
β Teacher guide (Page 1): Clear instructions on what to print (answer sheet & student worksheet) and any additional resources needed (e.g., graph paper, coloured pencils).
β Answer sheet (Page 2): Provides answers to all student worksheet questions, allowing cover teachers to assist students.
β Student worksheet (Pages 3 & 4 - back-to-back):
β Clear instructions and explanations guide students through the learning objectives independently.
β Engaging activities and thought-provoking questions promote active learning and understanding.
β Fully editable - easily adapt the resource to fit the specific needs of your students and the time available.
Benefits:
β Minimal prep: Saves valuable time by providing a complete and ready-to-use lesson resource.
β Independent learning: Allows students to work independently, minimising disruption.
β Fully editable: Easily modify the resource to fit the specific needs of your students.
β Answers: Detailed answer sheets provide guidance for the cover teacher.
This lesson is also available as a:
β Teacher-led lesson: Deliver an engaging lesson with this fully resourced PowerPoint presentation. Includes everything you need to teach, from instructions to activities and worksheets.
Rates of reactions
β Digital worksheet: Perfect for absent students, distance learning, or independent study, this digital version allows students to catch up on missed work at their own pace.
Rates of reactions Distance learning
If you require more assistance, please contact me at-
info@cmgsciencelessons.com
During 6.3.1 Atoms in chemical reactions Year 8 students work through a variety of activities to develop their understanding of what happens to the atoms during chemical reactions. Based on the 1st lesson from the AQA KS3 Activate 2 (OUP) 6b: Reactions- 6.3 Types of reaction chapter.
Also available as a digital worksheet, which is ideal for distance learning, independent study or catch-up of missed work through absence.
Aimed at a mixed ability Year 8 class.
Presentation contains (19 slides)-
Bell work activity
Lesson objective and success criteria
Information slides
Challenge activities (group work)
Practical activity (where appropriate)
Demonstrate understanding tasks (with answers)
Lesson resources (additional to scheme)
Please note: Activate (Kerboodle) worksheets from scheme are not included due to license.
If you require more assistance, please contact me at-
cmgeducationresources@gmail.com
During 6.4.3 Bond energies Year 8 students work through a variety of activities to develop their understanding of what happens to bonds during reactions and calculate bond energies. Based on the 3rd lesson from the AQA KS3 Activate 2 (OUP) 6b: Reactions- 6.4 Chemical energy chapter.
Also available as a digital worksheet, which is ideal for distance learning, independent study or catch-up of missed work through absence.
Aimed at a mixed ability Year 8 class.
Presentation contains (18 slides)-
Bell work activity
Lesson objective and success criteria
Information slides
Challenge activities (group work)
Practical activity (where appropriate)
Demonstrate understanding tasks (with answers)
Lesson resources (additional to scheme)
Please note: Activate (Kerboodle) worksheets from scheme are not included due to license.
If you require more assistance, please contact me at-
cmgeducationresources@gmail.com
During 6.4.2 Energy level diagrams Year 8 students work through a variety of activities to develop their understanding of how energy level diagrams represent exothermic and endothermic reactions. Based on the 2nd lesson from the AQA KS3 Activate 2 (OUP) 6b: Reactions- 6.4 Chemical energy chapter.
Also available as a digital worksheet, which is ideal for distance learning, independent study or catch-up of missed work through absence.
Aimed at a mixed ability Year 8 class.
Presentation contains (19 slides)-
Bell work activity
Lesson objective and success criteria
Information slides
Challenge activities (group work)
Practical activity (where appropriate)
Demonstrate understanding tasks (with answers)
Lesson resources (additional to scheme)
Please note: Activate (Kerboodle) worksheets from scheme are not included due to license.
If you require more assistance, please contact me at-
cmgeducationresources@gmail.com
During 6.2.5 Metals and water Year 7 students work through a variety of activities to develop their understanding of how to use the reactions of metals with water to place metals in order of reactivity. Based on the 5th lesson from the AQA KS3 Activate 1 (OUP) 6a: Reactions- 6.2 Metals and non-metals chapter.
Also available as a digital worksheet, which is ideal for distance learning, independent study or catch-up of missed work through absence.
Aimed at a mixed ability Year 7 class.
Presentation contains (29 slides)-
Bell work activity
Lesson objective and success criteria
Information slides
Challenge activities (group work)
Practical activity
Demonstrate understanding tasks (with answers)
Lesson resources (additional to scheme)
Please note: Activate (Kerboodle) worksheets from scheme are not included due to license.
If you require more assistance, please contact me at-
cmgeducationresources@gmail.com
