ÌÇÐÄVlog

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ÌÇÐÄVlog

Last updated

7 March 2026

pptx, 4.65 MB
pptx, 4.65 MB

This comprehensive PowerPoint presentation covers Particle & Nuclear Physics for Cambridge International AS & A Level Physics.

The resource begins with the Rutherford scattering experiment, detailing the evidence that led to the nuclear atom model and the rejection of the plum pudding model. It thoroughly covers radioactivity, including alpha, beta-minus, and beta-plus decay (with nuclear equations), and analyzes the key difference in the kinetic energy spectra of alpha and beta particles. The module extends into modern physics, explaining the classification of fundamental particles into hadrons (baryons, mesons) and leptons, and introduces the quark model with calculation examples.

Perfect for classroom instruction, this PPT saves teachers time with ready-made, curriculum-aligned content. It includes clear diagrams, decay equations, definitions, and thought-provoking questions to effectively prepare students for AS Level exams on this challenging topic.

Get this resource as part of a bundle and save up to 20%

A bundle is a package of resources grouped together to teach a particular topic, or a series of lessons, in one place.

Bundle

Cambridge International AS & A Level Physics

This Cambridge International AS Level Physics Complete Bundle (Topics 1–11) is a comprehensive set of classroom-ready PowerPoints designed to fully cover the syllabus with clear explanations, worked examples, practice problems, and visual aids. Perfect for teachers and students, this bundle provides structured content for lessons, revision, and exam preparation. The bundle includes all 11 core topics: 1. Physical quantities and units – SI units, measurement techniques, uncertainties. 2. Kinematics – motion graphs, equations of motion, projectiles. 3. Dynamics – Newton’s laws, momentum, impulse, collisions. 4. Forces, density and pressure – equilibrium, moments, torque, density and pressure. 5. Work, energy and power – conservation of energy, efficiency, KE, GPE, power calculations. 6. Deformation of solids – stress, strain, Young modulus, Hooke’s law. 7. Waves – wave properties, reflection, refraction, diffraction. 8. Superposition – interference, standing waves, diffraction patterns. 9. Electricity – current, resistance, resistivity, electrical energy and power. 10. D.C. circuits – Kirchhoff’s laws, potential dividers, practical applications. 11. Particle physics – atomic models, fundamental particles, interactions. Each presentation is designed for effective teaching, revision, and independent learning, with theory, worked examples, and exam-style questions to strengthen understanding.

£16.00

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