Powerpoint covering 3 lessons on momentum over 26 slides. Starts with the definition of momentum and several simple calculation questions, then works through examples of conservation of momentum in collisions and explosions and then moves onto changing momentum when an external force is involved.

Powerpoint for the first lesson of the Nuclear Physics topic. Main focus is the details of the Rutherford alpha scattering experiment and how this led to the discovery of the structure of the atom. Quick recap of the terminology of the constituents of the atom and then discussion of how scattering experiments led to an understanding of nuclear density.

Powerpoint covering the definition of half-life, sample half-life graph stepping through each half-life and indicating the related count rates/number of nuclei left to decay. Stability curve is shown and description of location of nuclides which will decay by each decay method. Applications of radioactivity are discussed, such as carbon-dating, medical tracers and paper thickness measurement.

Powerpoint for the second lesson in the Periodic Motion topic. Contains 23 slides covering description of centripetal acceleration, some practice questions, definition of centripetal force, various examples of centripetal force and 4 calculation questions with worked solutions.

36 marks worth of capacitor calculation questions, long exam-style questions, with the marking scheme attached. Suitable for use as either homework or a class test.

Powerpoint covering the theory of combinations of capacitors in series and parallel. Includes comprehensive exam-style starter questions covering the theory taught in previous lessons. Answers are provided to the exam-style questions.

Powerpoint covering the content of the first lesson in the AQA AS Level Waves topic. Covers all the definitions relating to waveforms and has animations of transverse and longitudinal waves.

Powerpoint covering the content for the first of the lessons for the AQA Year 2 A Level Capacitors topic. Includes 3 practice questions at the end of the lesson followed by solutions with the relevant working shown.

Powerpoint covering the content for objective 10.4.3 of the AQA A level Medical Physics option. There are 18 slides covering the theory behind the precession of hydrogen nuclei, how RF pulses make the nuclei change their spin state and how the subsequent relaxation allows images to be created. Images courtesy of IOP.

Test and Marking Scheme for the IB Diploma Physics Unit 1. Total of 32 marks in order to fit into most normal lesson times, includes 15 marks of multiple choice questions and 17 marks worth of longer calculation questions.

Powerpoint covering the definition of half-life, an animated graph showing exponential decay, another graph for students to use to calculate half-life. Applications discussed are smoke detectors, pipe leakage detection and paper thickness measurement.

Powerpoint suitable for both IB Diploma and AS physics mechanics lesson on Hooke's law. Includes 17 slides covering a simulation of a relevant experiment and related graph, so it is ideal to use to follow up on students performing the experiment themselves. Other slides cover the theory of Hooke's law, material definitions of elastic and plastic behaviour, then several examples of applications of the theory.

A Powerpoint covering the theory about Specific Heat Capacity for the AQA A Level Physics Thermal Physics topic. Also suitable for the Thermal Physics topic for IB Physics. Includes practice questions and answers.

Test for units 4 (SL Waves) and 9 (HL Wave Phenomena), consisting of 20 marks of multiple choice questions and 22 marks of descriptive and calculation questions. Total of 42 marks, designed to be completed within a lesson. The document includes the marking scheme on the last 3 pages.

Powerpoint for IB Physics unit 1 with 15 slides covering scalars and vectors, resolving vectors, then manipulating non-linear relationships to produce straight-line graphs. Various examples included and a link to a useful video clip.

Powerpoint for section 1.4 of the Astrophysics option topic. Contains 16 slides covering the theory of resolution of telescopes, the Rayleigh criterion and an example calculation. Applications discussed include DVDs and Blue-ray discs and large aperture radio telescopes.

Powerpoint showing step-by-step how double-slit diffraction patterns are formed, including a few questions with answers.

Powerpoint containing 18 slides covering balanced and unbalanced forces, definition of resultant force, Newton's Second Law and sample calculations and then discussion and video about skydiving to introduce the concept of terminal velocity, which should be taught in the next lesson.

Powerpoint covering a detailed description of the structure of nuclear power stations, then states advantages and disadvantages of nuclear power. Final slides cover the description of nuclear fusion and conditions needed for it to become viable.

Powerpoint for the second lesson in the Particles and Nuclides topic of the new specification AQA AS physics course. Objectives covered include describing the strong force, the variation of the force with distance, then describing the different methods of detecting radiation.