Angular velocity, the radian, centripetal force and acceleration, whirling bung experiment and examples of circular motion situation questions (banking, loop the loop) 3 Powerpoints with explanations and questions. I would usually use a WS from Kerboodle but obviously can’t include it here. Answers to questions are under grey boxes which disappear on a press of a key/mouse. Slides are kept simple as I would usually print these out 3 to a page as notes for students.

Covers: Small stars, large stars, Hertzsprung-Russell diagrams, electrons moving up and down energy levels, continuous/absorption/emission spectra, using a diffraction grating to measure starlight wavelength and a little bit on luminosity 7 Powerpoints with explanations and questions. I would usually use a WS from Kerboodle but obviously can’t include it here. Answers to questions are under grey boxes which disappear on a press of a key/mouse. These are more information heavy than with less questions due to the nature of the topic.

Elastic and plastic deformation, springs in series and parallel, elastic energy, stress strain and Youngs modulus 4 lesson Powerpoints with explanations and questions. I would usually use a WS from Kerboodle but obviously can’t include it here. Answers to questions are under grey boxes which disappear on a press of a key/mouse. Slides are kept simple as I would usually print these out 3 to a page as notes for students.

Covers capacitors, series and parallel, exponential decay, charging and uses of capacitors and energy in capacitors. 5 Powerpoints with explanations and questions. Answers to questions are under grey boxes which disappear. Slides are plain as I would print them 3 to a page as student notes.

Covers Magnetic fields, charged particles in magnetic fields, electromagnetic induction and Lenz law. 5 main Powerpoints plus 2 small side PPTs with explanations and questions. Answers to questions are under grey boxes which disappear. Slides are plain as I would print them 3 to a page as student notes.