Complete workbook for year 13 assessed practicals 7-12. Includes: Student outline of practicals and assessment Methods and equipment for all practicals (year 13, 7-12) Analysis and evaluation questions to allow the assessment of all CPACs Area for teacher feedback and assessment of CPACS for each practical. AQA notes on practical work, including tables, graphs, uncertainties.

Complete workbook for year 12 assessed practicals 1-6. Includes: Student outline of practicals and assessment Methods and equipment for all practicals (year 12, 1-6) Analysis and evaluation questions to allow the assessment of all CPACs Area for teacher feedback and assessment of CPACS for each practical. AQA notes on practical work, including tables, graphs, uncertainties.

Lesson to introduce and define types of energy then consider the energy transfers performed by different devices. Lesson includes a Powerpoint and worksheets.

Lesson describing the force - extension equation (F = ke) and elastic potential energy stored equation (EPE = 1/2ke2) This includes a Powerpoint and lots of worksheet resources.

Unit of work for motion, including lessons on: Distance / time graphs - equations s = d / t Velocity / time graphs Acceleration - equations a = v-u/t and v2 - u2 = 2as Stopping, thinking and braking distance Practical investigating human reaction time There is also a large file with summary questions.

Lesson involving a practical to investigate human reaction times. This also involves practising general practical techniques and terminology.

Lesson describing and applying concepts of stopping distance, in terms of thinking and braking distance, and what affects them. This builds on previous ideas about acceleration as well as velocity / time graphs. Lesson includes Powerpoint and worksheets.

Lesson covering the concept of acceleration and the two equations needed: a = v - u / t and v2 - u2 = 2as. Lesson includes Powerpoint and worksheets.

Lesson describing and applying the rules for velocity / time graphs as well as using the a = v - u / t equation. Lesson includes a Powerpoint and lots of worksheets.

If you download for free I would appreciate reviews (hopefully positive). Lesson describing and applying the rules of distance / time graphs and use of speed = distance / time equation. Lesson includes Powerpoint and worksheet resources.

Lessons (minimum four) covering the topic of forces and extension, along with elastic potential energy. Includes: Practical investigating force-extension for springs and elastic bands Details of practical commonly assessed Hooke’s law Equations F = ke and EPE = 1/2ke^2

Follow up lesson after completing practical lesson investigating force-extension. A definition of Hooke’s law is applied and investigated, looking at typical questions asked about the commonly assessed practical. Lesson includes Powerpoint and worksheets.

Practical lesson investigating Force-extension. There is a choice of comparing either: 1 spring to 2 in parallel or 1 spring to 1 elastic band. Powerpoint and worksheets included.

The complete set of lessons, each with a Powerpoint and worksheet activities, on the topic of energy transfers, efficiency and calculations. Written for the AQA 1-9 syllabus, however applicable to all GCSE courses. Lessons include topics of: Types of energy Energy transfers in devices Conservation of energy Wasted energy and Sankey diagrams Use of equations: W = Fxd, GPE = mgh, KE = 1/2mv^2 Energy transfer calculations Power calculations Extras: Practical lessons investigating energy transfers Topic review questions

Lesson explaining and applying the equation P = W / t. Includes practise of using the kilo prefix. Includes Powerpoint and worksheets.

Lesson describing and applying energy transfers using the equations for work done, GPE and kinetic energy. Includes Powerpoint and worksheets to go through lots of examples in detail (pupils find this lesson difficult).

Lesson describing and applying kinetic energy and the equation used to calculate it, KE = 1/2 m v^2. Includes Powerpoint and worksheets.

Lesson explaining and applying the GPE equation: GPE = mgh Includes PowerPoint and worksheets.

Lesson describing and applying the equation W = F x d Includes a PowerPoint and worksheets.

Lesson describing and applying conservation of energy, including a PowerPoint and worksheet activities. This also includes introducing and using Sankey diagrams.