Revision question worksheet with answers. Can be used as a whole lesson or for students to do independently. (produced by Head of Physics and Edexcel examiner) Resource contains 10 True/False questions as a warm up on the topic 5 multiple choice questions (incl SI/base units, graphs, definitions & calcualtions) 4 short answer (2-4) mark questions. 2 Exam questions with parts a,b,c that include follow on logic or calculations. 1 Long answer(qwc) question on the topic. One document contains questions and the other answers. This is aimed at A Level Physics Edexcel students.

Revision question worksheet with answers. Can be used as a whole lesson or for students to do independently. (produced by Head of Physics and Edexcel examiner) Resource contains 10 True/False questions as a warm up on the topic 5 multiple choice questions (incl SI/base units, graphs, definitions & calcualtions) 4 short answer (2-4) mark questions. 2 Exam questions with parts a,b,c that include follow on logic or calculations. 1 Long answer(qwc) question on the topic. One document contains questions and the other answers. This is aimed at A Level Physics Edexcel students.

Revision question worksheet with answers. Can be used as a whole lesson or for students to do independently. (produced by Head of Physics and Edexcel examiner) Resource contains 10 True/False questions as a warm up on the topic 5 multiple choice questions (incl SI/base units, graphs, definitions & calcualtions) 4 short answer (2-4) mark questions. 2 Exam questions with parts a,b,c that include follow on logic or calculations. 1 Long answer(qwc) question on the topic. One document contains questions and the other answers. This is aimed at A Level Physics Edexcel students.

Revision question worksheet with answers. Can be used as a whole lesson or for students to do independently. (produced by Head of Physics and Edexcel examiner) Resource contains 10 True/False questions as a warm up on the topic 5 multiple choice questions (incl SI/base units, graphs, definitions & calcualtions) 4 short answer (2-4) mark questions. 2 Exam questions with parts a,b,c that include follow on logic or calculations. 1 Long answer(qwc) question on the topic. One document contains questions and the other answers. This is aimed at A Level Physics Edexcel students.

As Physics Edexcel A Level. Lesson stretching single and souble slit interference to compare coloured light patterns (i.e red vs purple) and the effect of using white light. Application to CD’s reflecting coloured light and exam question to test understanding.

A2 A level Physics Edexcel. Particle physics topic fully informative and highly detailed slides on thermionic emission, PET scanner, linear accelerators (LINAC) and Cyclotrons. Then (potentially outside the specification slightly) lots of information (age appropriate) on how particle detectors at the LHC work including detection in calorimeters and analysis. Clear and concise information including practice question model answers and comparisons of accelerators.

A2 Physics A level Edexcel. Full double lesson. Particle physics module looking at early particle detectors specifically cloud and bubble chambers. Research task for students to understand how they work. Walk through of how force due to magnetic field causes circular motion. Example questions and model answers for determining what is happening in cloud chambers. Difficult cloud chamber image to be analyzed with answers for A/A* students. Instructions for how to make simple cloud chambers.

GCSE Combined Science Physics Edexcel. Lesson ‘d part i’ in the chapter completing the core practical set out by edexcel involving changing the force to accelerate a trolley and measuring the acceleration. Full step by step guide, questions to encourage students to create the equipment list and variables themselves. Analysis of practical and questions. Extension work and model data.

A2 Physics Edexcel. A discussion of forced, free and damped oscillations. Examples of light, heavy and critical damping and graphically. Discussion of resonance and two practicals. Multiple choice questions and answers.

AS A level Physics Edexcel. Drawing free body diagrams. Resolving vectors into horizontal and vertical components. Finding resultant vectors using trigonometry and scale diagrams for perpendicular and non-perpendicular vectors. Worked solutions to practice questions and answers to questions.

AS A level Physics Edexcel. Simple starter experiment and question to gauge prior knowledge. Principle of moments. Practice questions and answers. Centre of mass and experiment / practical to find it for a non-uniform object. Advanced moments including situations with two unknowns, when the pivot has to be chosen, use of resolving and 6 mark written question with example answer. Description and example of a couple. This content will take at least two lessons.

A2 Physics Exexcel. Introduction to simple harmonic motion including derivation of the equation for displacement, velocity and acceleration using analysis of physical motion and differentiation. Comparative work for graphs of displacement, velocity and acceleration. Summary questions and multiple choice questions and answers.

GCSE Combined Science Physics 9-1 Edexcel. Chapter 2 Forces and Motion. Lesson a&b in chapter. Covering resultant forces and how to calculate them, newton’s first law and how to interpret it and circular motion. Questions and answers given. Opportunities for peer assessment.

GCSE Combined Science Physics Edexcel 9-1. Lesson ‘d’ in the chapter. Double lesson covering Newton’s 2nd law in the F=ma format with questions and answers. Then the ideas of resultant forces applied to skydiving leading students through creating step by step descriptions of the process as would be required for 6 mark questions. Long answer question and answers.

A2 A level physics edexcel. A complete lesson for year 13 students first working with nuclear sources. A discusison of safety procedures, the equipment and sources available for students to use. Students work to demonstrate the properties of alpha, beta and gamma using a Geiger-Muller (GM) tube and a spark counter. Full instructions for dealing with nuclear sources also given. Suitable for high ability GCSE or teachers who’ve not handled sources before.

GCSE Physics Edexcel 9-1. Lesson ‘c’ of the chapter. Content covers the difference between mass and weight, calculation of mass, practical involving scales set to different planets, and plenary questions. Questions and answers given.

A2 Physics Edexcel. Whole lesson covering the Doppler effect generally, red shift and in relation to atomic line spectra. Hubble’s law and predicting the age of the universe from this. Discussion of the possible fates for the universe and derivation of the critical density. Multiple choice quiz.

AS Physics Edexcel A Level. Double or triple lesson. Introducing the idea of diffraction gratings and how to find the slit width for a grating. Derivation of the nλ = d sin(θ) formula and how to find θ geometrically through experimentation. Practice questions and answers. Instructions for practical (and questions to get students planning the practical for themselves) to find the wavelength of a laser using diffraction gratings(Core practical 8). Full set of example data and analysis. Exam practice questions and answers.

GCSE Edexcel Physics. Entire topic revision slides, specification points, exam questions, answers, practicals and model answers for 6 mark questions. Combined Physics and Separate Physics. The separate topic is clearly marked. Includes: magnets and magnetic fields, induced and permanent magnets, electromagnets and how to control them, magnetic fields, electromagnetism, solenoids, magnetic forces, F=BIL, Flemming’s left hand rule, magnetic flux density, motors, electromagnetic inductions, alternators and dynamos, applications to speakers and microphones, transformers and the national grid.

GCSE Edexcel Physics. Entire topic revision slides, specification points, exam questions, answers. Separate Physics. Includes: creating static with insulators, van der Graaf generators, charging by inductions, uses of static in insecticides, electric and magnetic fields, applications to exam questions.