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).

Fifth lesson of the forces in equilibrium topic for the first year of the AQA A-Level Physics course. Covers: Stable and unstable equilibrium Tilting and toppling Centre of mass and stability 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).

Triple science lesson for the new AQA Physics Forces topic. Matches the new specification. Covers Pressure changing with depth Atmospheric pressure Calculating pressure in a fluid What is meant by upthrust How to explain whether an object sinks or floats Includes progress check, several worked examples and summary questions (with answers!).

Fifth lesson of the ‘DC circuits’ topic for the first year of the AQA A-Level Physics course. Covers theory of the potential divider, how to supply a variable pd from a battery and how to create a sensor circuit. 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 ‘DC circuits’ topic for the first year of the AQA A-Level Physics course. Covers more in depth calculations of current for series, parallel, circuits with several cells and circuits with diodes. Fully resourced and with practice exam questions (with worked answers).

Fifth lesson of the ‘on the move’ topic for the first year of the AQA A-Level Physics course. Covers: Difference between distance-time and displacement-time graphs What the gradient of a velocity-time graph represents What the area underneath a velocity-time graph represents Fully resourced and with practice exam questions (with worked answers).

First lesson of the ‘on the move’ topic for the first year of the AQA A-Level Physics course. Covers: Difference between distance and displacement Difference between average speed and instantaneous speed When to consider velocity instead of speed Fully resourced and with practice exam questions (with worked answers).

First lesson of the ‘Electromagnetic induction’ topic for the second year of the AQA A-Level Physics course. Covers what must happen to a conductor for electricity to be generated, factors that cause induced emf to increase and whether an induced emf always causes a current to flow . Fully resourced and with practice exam questions (with worked answers).

Sixth lesson of the ‘on the move’ topic for the first year of the AQA A-Level Physics course. Covers: Calculating motion of objects with constant acceleration How to break motion into stages How to use signage for motion in changing directions Fully resourced and with practice exam questions (with worked answers).

Fourth lesson of the ‘on the move’ topic for the first year of the AQA A-Level Physics course. Covers: How to define ‘free fall’ How the velocity changes during free fall How mass or object size affects acceleration when falling Fully resourced and with practice exam questions (with worked answers).

Lesson 8 of the new AQA Physics Energy topic. Matches the new specification. Covers energy resources and their uses, renewable and non-renewable resources and trends in energy resource use. Includes progress checks, worked example and summary questions (with 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).

Second lesson of the ‘on the move’ topic for the first year of the AQA A-Level Physics course. Covers: Acceleration and deceleration Uniform acceleration Acceleration as a vector quantity 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 ‘Electromagnetic induction’ topic for the second year of the AQA A-Level Physics course. Covers what an alternating current is, rms values and power supplied by an alternating current. Fully resourced and with practice exam questions (with worked answers).

Third lesson of the ‘Materials’ topic for the first year of the AQA A-Level Physics course. Covers: Stress and strain What is Young modulus Key features of stress-strain graphs Fully resourced and with practice exam questions (with worked answers).

Third lesson of the ‘magnetic fields’ topic for the second year of the AQA A-Level Physics course. Covers what happens when electrons are deflected by a magnetic field, why moving charges move in a circular path and the factors that affect radius of this circular path. Fully resourced and with practice exam questions (with worked answers).