An exceptional set of powerpoints and accompanying resources to help you effectively teach and deliver the 9F unit. Resources have been built for varying abilities and all worksheets can be found for free on TES. Exploring Science worksheets can also be purchased to accompany these powerpoints. Happy Teaching!

Perfect lesson resource for KS3 Chemistry! A fully differentiated and resourced lesson that assists students in learning about how metals react with water. Students will predict the products of the reaction of a metal with water, write a word equation for the reaction of a metal with water, and use the reactivity series to predict how vigorously metals react with acids, oxygen, and water. The resource includes a detailed and engaging lesson PowerPoint with differentiated activities, worksheet, quizzes, and a class practical activity for students to complete. This resource is part of the Metals and other materials topic and has been created for the delivery of the Activate KS3 Science course. Also great for GCSE Science. *Included: 16 slides in total for the lesson PPT Differentiated worksheet *

The new AQA Combined Science Trilogy Unit 6 - The rate and extent of chemical change. Includes powerpoints, worksheets and practical worksheets. Divided into the following lessons: 4.6.1.1 Calculating Rates of Reaction/Rates graphs and tangents. 4.6.1.2/3 Factors which affect rates of reaction and collision theory. 4.6.1.4 Catalysts 4.6.2.1/2 Reversible reactions and energy changes 4.6.3 Equilibria (all) Required Practical 5 - part a disappearing cross Please see my other reviews for an insight as to the time and effort I put into making these of a high quality. As always I really appreciate your feedback so please do comment below!

Perfect if you teach GCSE Chemistry Single Science, this fully differentiated and resourced lesson supports your students in learning about rates of reaction. Covering the full GCSE Chemistry specification, this resource is adapted to cover all exam boards. Students will: State what is meant by rate of reaction. Calculate the rate of a reaction. Describe the different experimental methods used to investigate the rate of a reaction - disappearing cross experiment, change in mass experiment, volume of gas given off experiment. Explain what is meant by collision theory and state what factors the rate of a reaction depends on. Explain how changes in temperature, concentration, pressure and surface area affect the rate of reaction. Complete rate experiments involving gases and precipitates. Describe what a catalyst is and explain how it affects the rate of a reaction. This lesson includes a detailed and engaging lesson PowerPoint with differentiated activities, class practical/demo activities, exam style questions and progress quizzes for students to complete. Enjoy and feel free to leave a review. *INCLUDED IN BUNDLE: 24 slide PowerPoint Presentation with key points, progress check questions, checkpoints, practice exam questions, quizzes, class practical activities. *

A step-by-step lesson to teach students how to fit a tangent to a curve and calculate a gradient. Fully animated steps Embedded video Graph drawn on squared paper for teacher to model with class Exam questions and work sheets

During this lesson (C5.1 The reactivity series) GCSE students work through a variety of tasks to develop their understanding of the order of reactivity of metals based on experimental results. Based on the 1st 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 (22 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

AQA GCSE Chemsitry Paper 2: Rates of Reaction: Factors Affecting Rates of Reaction for Foundation Tier Students (also applicable for HT). Visual lesson with GCSE Exam questions embedded and close alignment to GCSE specification to support exam success.

A revision poster I made for my higher and lower set pupils to revise the rates of reaction topic. Higher set poster includes equilibrium/reversible reactions on second page. Needs to be printed onto A3 paper as the writing is very small!

Revision booklet aimed at y8 for the following topics: Metal reactions Reactivity series Displacement Rates of reaction Includes exam questions Can be done as a class or independently

This fully resourced lesson on rates of reactions is designed to help GCSE students develop their understanding of how to measure and calculate the rate of a reaction through clear explanations and engaging activities. This 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. All resources are included, making it easy to run the lesson straight away. All text is editable, so you can adjust the depth, pace, or challenge to suit your class and the time you have available. Presentation contains (37 slides): ● Lesson prep and materials guide: Clear guidance for preparing the lesson. ● Student worksheets/handouts: All the printable materials needed for the lesson. ● Do Now activity: Starter activity to refresh students’ memory and introduce the upcoming lesson. ● Clear lesson aim, objectives & success criteria: Provides students with a clear understanding of what they’ll learn and how to show their understanding. ● Warm-up slides: Thought-provoking prompts and questions to introduce the topic. ● Information slides: Differentiated content catering to a range of learning styles and abilities. ● Engaging group activities: Differentiated activities that encourage students to collaborate, participate actively, and deepen their understanding of the topic. ○ 2 quizzes ○ Calculating rates ● Practical activity: Hands-on experience to apply concepts and develop practical skills. ○ Measuring rates ● 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. Aimed at a mixed ability GCSE class, with three levels of demand to cater to different learning styles and levels: ● Level 1: Low demand ● Level 2: Standard demand ● Level 3: High demand This lesson is also available as: ● Cover lesson worksheet: Perfect for unplanned absences, this version provides everything a cover teacher needs to deliver a smooth and engaging lesson. Rates of reactions Cover lesson ● 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

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: ● 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). ● Answer sheet (Page 2): Provides answers to all student worksheet questions, allowing cover teachers to assist students. ● Student worksheet (Pages 3 & 4 - back-to-back): ○ Clear instructions and explanations guide students through the learning objectives independently. ○ Engaging activities and thought-provoking questions promote active learning and understanding. ○ Fully editable - easily adapt the resource to fit the specific needs of your students and the time available. Benefits: ● Minimal prep: Saves valuable time by providing a complete and ready-to-use lesson resource. ● Independent learning: Allows students to work independently, minimising disruption. ● Fully editable: Easily modify the resource to fit the specific needs of your students. ● Answers: Detailed answer sheets provide guidance for the cover teacher. This lesson is also available as a: ● 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 ● 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

GCSE Single Award Chemistry Mind Map on Metals, Reactivity Series, Flame Tests, Metal-Water, Metal-Acid, Investigating Reactivity, Exothermic, Endothermic Reactions, Investigating Exothermic Reactions, Electrolysis, Aluminium Extraction, Rates of Reaction, Measurement, Interpreting Graphs, Factors affecting Rate of Reaction and Collision Theory in a bright, clear and accessible format (CCEA Specification)

This resource is what I use as the first lesson of the AQA GCSE Chemistry ‘Chemical changes’ topic in paper 1. The resource introduces students to using reactions of metals with water and acids in order to determine an order of reactivity. The metal reactivity series resource works well alongside a teacher demo and student practical. The resource includes: Information sheet (Reactivity series) Worksheet (Reactivity series) Answer sheet (Reactivity series)

Quiz based on hyperlinked slides. One mistake and it is 'Game over'. Also includes explanation slides, so could be good for independent learning and revision

Full set of resources suitable for Cambridge checkpoint CIE rate of reaction scheme of work, but can be used for other syllabuses. Includes powerpoints, practical instructions, student learning objective sheets and assessments.

A structured Year 12 KS5 lesson including starter activity and AfL work tasks on Collision Theory and Rates of Reaction. Suitable for OCR Specification (AS Chemistry) By the end of this lesson KS5 students should be able to: To explain the effect of concentration (including pressure of gases only) on the rate of reaction in terms of the frequency of collisions To calculate the rate of reaction using the gradients of a concentration-time graph To describe the techniques and procedures used to investigate reaction rates including the measurement of mass, gas volumes and concentration Declaimer: Please refrain from purchasing this popular resource for an interview lesson or a formal observation. This is because planning your own lessons including using your own lesson PowerPoints is a fundamental skill of a qualified/unqualified teacher that will be reviewed during these scenarios outlined above

Reactivity 2.3—How far? The extent of chemical change Reactivity 2.3.1—A state of dynamic equilibrium is reached in a closed system when the rates of forward and backward reactions are equal. Reactivity 2.3.2—The equilibrium law describes how the equilibrium constant, K, can be determined from the stoichiometry of a reaction. Reactivity 2.3.3—The magnitude of the equilibrium constant indicates the extent of a reaction at equilibrium and is temperature dependent. Reactivity 2.3.4—Le Châtelier’s principle enables the prediction of the qualitative effects of changes in concentration, temperature and pressure to a system at equilibrium. Reactivity 2.3.5—The reaction quotient, Q, is calculated using the equilibrium expression with non- equilibrium concentrations of reactants and products. Reactivity 2.3.6—The equilibrium law is the basis for quantifying the composition of an equilibrium mixture. Reactivity 2.3.7—The equilibrium constant and Gibbs energy change, ΔG, can both be used to measure the position of an equilibrium reaction.

This resource contains 5 worksheets for mean rates of reaction in rate of reactions that can be used in class or as homework to enable your students to practice what they have learnt in the classroom. The diagrams are simple to aid students to visually see what may come up in their upcoming GCSE exams. These resources could used to check prior learning for your students so you can plan accordingly for future lessons. I hope your students find these useful either in the classroom or as revision. Students will be: Calculating the mean rates of reaction Interpreting table data Interpreting graphs Drawing tangents of a curve. We currently have worksheets for the following topics in Chemistry Paper 2: Rate and Extent of Chemical Change Calculating Mean Rates of Reaction Le Chatelier’s Principle – Equilibrium Organic Chemistry Alkenes – Triple Reactions of Alkenes – Triple Alcohols - Triple Carboxylic Acids - Triple Chemical Analysis Identification of Common Gases Identification of Ions - Triple Flame Emission Spectroscopy – Triple Please take a small amount of time to review this resource to let other buyers know your thought about these worksheets. Thank you!

Worksheet has a timeline for discovery of metals and then questions linking the history to the reactivity of the metals.

How reactive different metals are in order.

This PowerPoint uses PowerPoint animation effects to explain most of the content GCSE students need to know for rates of reaction and collision theory, including: how to practically measure the rate of a reaction, rates of reaction graphs, how to calculate the rate of a reaction, collision theory and its basic ideas, the effect of changing tenperature, concentration and surface area on the rate of a reaction and an explanation of each effect, a brief summary of catalysts.