Help students to unlock the skills to calculate resistance, current and potential difference with this set of 40 questions designed to enhance understanding and application of the V = IR equation. Perfect for KS3 students, or for KS4 review of prior learning this question set covers a wide range of scenarios using SI units (Ohms, Volts, Amps). Students practice using the resistance equation and then progress to manipulating the equation to calculate current and potential difference. For an increased challenge students will then need to decide how best to use the equation for 10 mixed questions.

Help students to unlock the skills to calculate weight, mass and gravitational field strength with this set of 40 questions designed to enhance understanding and application of the weight equation. Perfect for KS3 students, or for KS4 review of prior learning this question set covers a wide range of scenarios using metric SI units (N, kg, N/kg). Students practice using the weight equation and then progress to manipulating the equation to calculate mass and gravitational field strength. For an increased challenge students will then need to decide how best to use the equation for 10 mixed questions.

Help students to unlock the ability to calculate the energy efficiency as a percentage with this set of 20 questions designed to enhance understanding and application of the energy efficiency equation. Great practice for students as the question set covers a wide range of scenarios using real appliances. For an increased challenge, in the last questions students will then need to decide how many decimal places are required in an answer.

Help students to unlock the skills to calculate pressure, force and area with this set of 40 questions designed to enhance understanding and application of the pressure equation. Perfect for KS3 students, or for KS4 review of prior learning this question set covers a wide range of scenarios using metric SI units (N/m^2, N, m^2). Students practice using the pressure equation and then progress to manipulating the equation to calculate force and area. For an increased challenge students will then need to decide how best to use the equation for 10 mixed questions.

Support students to improve their ability to calculate resultant forces with 15 questions in various scenarios. Students need to use their literacy skills to decode a problem then solve it mathematically. Perfect for KS3 students to apply their understanding of new forces concepts, or for a KS4 review of prior learning. This question set covers the basics of resultant forces in a single plane.

Help students to unlock the skills to calculate speed, distance and time with this set of 40 questions designed to enhance understanding and application of the density = mass/volume equation. Perfect for KS3 students, or for KS4 review of prior learning this question set covers a wide range of scenarios using metric SI units (m, s, m/s)). Students practice using the speed equation and then progress to manipulating the equation to calculate distance and time. For an increased challenge students will then need to decide how best to use the equation for 10 mixed questions.

Help students to unlock the ability to calculate density, mass, and volume with this set of 40 questions designed to enhance understanding and application of the density equation. Great practice for students as the question set covers a wide range of scenarios using metric SI units (g, cm³, g/cm³). The first questions calculate density using the given equation and then progress to manipulating the equation to calculate mass and volume. For an increased challenge students will then need to decide how best to use the equation for 10 mixed questions at the end.

A list of questions for all topic in Paper 2, aimed at AQA Combined Science: Trilogy. Each topic has 10 or 20 definitions with a matching key word that can be used in a variety of ways. A tracker sheet is also included to monitor progress over time.

Six lesson topic covering an introduction to forces and speed for KS3. -Naming and Measuring Forces -Balanced and Unbalanced Forces -Speed -Interpreting Distance-Time Graphs -Drawing Distance-Time Graphs -Forces at a Distance This includes Powerpoints of full lessons that include a range of activities, calculations and practical work. There are also worksheets for further practice but these are reduced to a minimum to lower your costs and time spent at a copier.

This is a complete lesson based in one PowerPoint, it does include slides that can be printed off and used as writing frames if necessary though. The lesson: -A review of concentration and the necessary key words. Develops understanding of writing a plan/method. Improves exam technique by covering similar questions with mark schemes and model answers. Other lessons in this topic are available.

This is a complete lesson based in a single PowerPoint, that also includes slides that can be printed off and used for writing frames if desired. The lesson includes: -Reflection on previous learning about rates of reactions. -Practice calculating rates of reactions. -An alternative method from previous lessons for investigating the rate of a reactions. -Data table with completed example results. -An introduction to calculating the rate of a reaction from a tangent. Further lessons from this topic are also available.

This is a whole lesson based in a single PowerPoint, the use of mini white boards to provide answers from the start allows for the lesson to maintain a high pace so that practical work can also be completed. The lesson includes: Problem solving using prior understanding. A method and results table for practical work. Data to practice drawing sketch graphs. Other lessons in this topic are also available.

This is a complete lesson based in a single PowerPoint, that also includes slides that can be printed off and used for writing frames if desired. The lesson includes: -Reflection on previous learning about chemical reactions. -Evaluating methods for the collection of data. A method and data table for investigating the rate of a reaction. An introduction to calculating the rate of a reaction. Further lessons from this topic are also available.

This is a full revision lesson based around answering a 6 mark question. -Review current understanding of key words and developing a vocab list to use in future answers. -Improve understanding of what an acid is and how it’s strength is determined. -Develop a strategy for approaching longer answer questions. -Use a mark scheme to assess model answers. -Develop an excellent answer that can also be used as a model for other topics. Resources include: -PowerPoint of the lesson including example 6 mark question. -Key words and definitions match up. -Model answers. -Mark scheme. Also available as part of a bundle with a Biology and Chemistry 6 mark question.

This is a full revision lesson based around answering a 6 mark question. -Review current understanding of key words and developing a vocab list to use in future answers. -Improve understanding of what an acid is and how it’s strength is determined. -Develop a strategy for approaching longer answer questions. -Use a mark scheme to assess model answers. -Develop an excellent answer that can also be used as a model for other topics. Resources include: -PowerPoint of the lesson including example 6 mark question. -Key words and definitions match up. -Model answers. -Mark scheme. Also available as part of a bundle with a Biology and Physics 6 mark question.

This is a full revision lesson based around answering a 6 mark question. Review current understanding of key words and developing a vocab list to use in future answers. Develop a strategy for approaching longer answer questions. Use a mark scheme to assess model answers. Develop an excellent answer that can also be used as a model for other topics. Resources include: -PowerPoint of the lesson including example 6 mark question. Key words and definitions match up. Model answers. Mark scheme. Also available as part of a bundle with a Chemistry and Physics 6 mark question.

A series of questions to test recall for all topics on the AQA Trilogy Paper 1 for Biology, Chemistry, and Physics. Questions come in blocks of 10, with either one or two sets for each topic. These are accompanied by a table for students to track their own progress. I am currently using these with all my GCSE groups. Students complete the same test at the start of each lesson and record their results. This is repeated until all the class are successful, I then mix up the questions and repeat the process.

This is a complete lesson for the displacement of metals based upon the reactivity series. It also includes revision and exam question practice. This lesson includes; - Bell work (2 x "explaining "exam questions with model answers) - Differentiated objectives - Basic method and results table for a reactivity series investigation - Model answers to the investigation with discussion