Second lesson of the ‘Thermal Physics’ topic for the second year of the AQA A-Level Physics course. Covers heating and cooling of materials and specific heat capacity. Fully resourced and with practice exam questions (with worked answers).

Second lesson of the ‘Electric fields’ topic for the second year of the AQA A-Level Physics course. Covers electric field strength, whether electric field strength is a vector or scalar, field between two plates and field factors. Fully resourced and with practice exam questions (with worked answers).

First lesson of the ‘magnetic fields’ topic for the second year of the AQA A-Level Physics course. Covers measuring strength of a magnetic field, factors affecting the magnitude of the force and showing force direction. Fully resourced and with practice exam questions (with worked answers).

Third lesson of the ‘Electromagnetic induction’ topic for the second year of the AQA A-Level Physics course. Covers features of the output voltage waveform, why the output alternates and why ‘practical’ generators have fixed coils and a rotating (electro)magnet. Fully resourced and with practice exam questions (with worked answers).

Fifth lesson of the ‘Matter and radiation’ topic for the first year of the AQA A-Level Physics course. Covers different types of particle interactions, Feynman diagrams and exchange particles. Fully resourced and with practice exam questions (with worked answers).

First lesson of the ‘Quarks and Leptons’ topic for the first year of the AQA A-Level Physics course. Covers how we can find new particles, whether we can predict new particles and describing strange particles. Fully resourced and with practice exam questions (with worked answers).

Fourth lesson of the ‘Optics’ topic for the first year of the AQA A-Level Physics course. Covers Young’s double slit experiment and the theory behind it. Fully resourced and with practice exam questions (with worked answers).

Second lesson of the ‘Optics’ topic for the first year of the AQA A-Level Physics course. Covers explaining refraction, refraction at boundaries, refractive index and dispersion of white light. Fully resourced and with practice exam questions (with worked answers).

Fifth lesson of the ‘Quantum phenomena’ topic for the first year of the AQA A-Level Physics course. Covers line spectra and energy level calculations. Fully resourced and with practice exam questions (with worked answers).

Triple science lesson for the new AQA Space Physics topic. Lesson 3 Matches the new specification. Covers orbital motion explaining orbits orbits and speed artificial satellites Includes progress checks, support videos and summary exam questions (with answers!).

Lesson 1 of the new AQA Physics Waves topic. Matches the new specification. Covers Transverse and longitudinal waves Wave features and wave motion Time period and frequency Includes progress checks, worked example and summary questions (with answers!).

Triple science lesson for the new AQA Waves topic. Lesson 10 Matches the new specification. Covers what infrared radiation is how infrared radiation depends on the temperature of an object what is meant by black body radiation what happens to the temperature of an object if it absorbs more radiation than it emits Includes knowledge check, support video and summary exam questions (with answers!).

First lesson of the forces in equilibrium topic for the first year of the AQA A-Level Physics course. Covers: How to define a vector quantity How to represent vectors How to add and resolve vectors Fully resourced and with practice exam questions (with worked answers).

Fourth lesson of the forces in equilibrium topic for the first year of the AQA A-Level Physics course. Covers: Support forces on a pivoted body How to tackle two-support problems How to work on couples Fully resourced and with practice exam questions (with worked answers).

Third lesson of the ‘on the move’ topic for the first year of the AQA A-Level Physics course. Covers: Initial and final velocity Calculating displacement for uniform acceleration What is required to calculate the acceleration of an object Fully resourced and with practice exam questions (with worked answers).