Fourth lesson of the ‘Force and momentum’ topic for the first year of the AQA A-Level Physics course. Covers: How to distinguish between elastic and inelastic collisions What is meant by an elastic collision Whether any collision can ever be perfectly elastic Fully resourced and with practice exam questions (with worked answers).

Third lesson of the ‘Force and momentum’ topic for the first year of the AQA A-Level Physics course. Covers: If momentum is lost in a collision Definition of momentum Conditions needed for momentum to be conserved Fully resourced and with practice exam questions (with worked answers).

Third lesson of the circular motion topic for the second year of the AQA A-Level Physics course. Covers concepts of circular motion for travelling on roads in different situations. Fully resourced and with practice exam questions (with worked answers).

Second lesson of the simple harmonic motion topic for the second year of the AQA A-Level Physics course. Covers conditions for shm and displacement/velocity/acceleration against time graphs. Fully resourced and with practice exam questions (with worked answers).

Fifth lesson of the simple harmonic motion topic for the second year of the AQA A-Level Physics course. Covers how energy changes with displacement and damping. Fully resourced and with practice exam questions (with worked answers).

Fourth lesson of the circular motion topic for the second year of the AQA A-Level Physics course. Covers concepts of circular motion in the context of fairground rides. Fully resourced and with practice exam questions (with worked answers).

Third lesson of the simple harmonic motion topic for the second year of the AQA A-Level Physics course. Covers circles and waves and sine wave solutions. Fully resourced and with practice exam questions (with worked answers).

Second lesson of the circular motion topic for the second year of the AQA A-Level Physics course. Covers centripetal acceleration and force equations. Fully resourced and with practice exam questions (with worked answers).

Fourth lesson of the simple harmonic motion topic for the second year of the AQA A-Level Physics course. Covers oscillations of a mass-spring system and the theory of the simple pendulum. Fully resourced and with practice exam questions (with worked answers).

First lesson of the ‘Gravitational fields’ topic for the second year of the AQA A-Level Physics course. Covers how to illustrate a gravitational field, gravitational field strength and radial/uniform fields. 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).

First lesson of the ‘Matter and radiation’ topic for the first year of the AQA A-Level Physics course. Covers atom structure, isotopes and specific charge. 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).

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).

Fourth lesson of the ‘Matter and radiation’ topic for the first year of the AQA A-Level Physics course. Covers antimatter, rest energy/mass and particle-antiparticle interactions. 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).