LibGuides: SCIENCE12 Physics ATAR: Electromagnetism explained

Part 1: Electric Fields, EM Fields, Motor Effect

This programme looks at how magnetism and electricity are linked. Includes specifically: electric fields; moving charges produce EM fields; fields around conductors, solenoids, Earth; atomic magnets, paramagnetism; Curie point; Motor effect, deflection of electron beam TV; interacting fields, magnetic force balance; torque on a coil, galvanometer; motors.

Source: ClickView, Classroom Video, 1992, Rated E, Duration 28:53, URL: https://online.clickview.com.au/libraries/videos/3715281/part-1-electric-fields-em-fields-motor-effect

Part 2: Electromagnetic induction

This programme provides a more detailed investigation of how moving a magnet near a conductor produces electricity - electromagnetic induction. It looks specifically at magnets inducing electron flows; solenoids, generators and alternators; transformers; Lenz's law, induction coils, back EMF and eddy currents; generators; and motors.

Source: ClickView, Classroom Video, 1997, Rated E, Duration 18:08, URL: https://online.clickview.com.au/libraries/videos/3715282/part-2-electromagnetic-induction

Electromagnetism [World Book Encyclopedia]
Electromagnetism is the branch of physics that studies the relationship between electricity and magnetism. Electromagnetism is based on two facts. The first fact is that an electric current or a changing electric field produces a magnetic field. The second fact is that a changing magnetic field produces an electric field.

Source: World Book Encyclopedia Advanced.
Michael Faraday [World Book Encyclopaedia]
Faraday, <> Michael (1791-1867), one of the greatest English chemists and physicists, discovered the principle of electromagnetic induction in 1831 (see Electromagnetism). He found that moving a magnet near a coil of copper wire, or moving the wire near a magnet, caused an electric current to flow in the wire.
Source: World Book Encyclopaedia Advanced

Module 6: Electromagnetism | Beginner's guide to Year 12 Physics [Matrix Education]
This article breaks down electromagnetism from first principles so you understand the basic concepts and how it can be applied practically in a motor.

Source: Matrix Education, URL: https://www.matrix.edu.au/beginners-guide-year-12-physics/electromagnetism/
Electricity and Magnetism [CliffsNotes]
From CliffsNotes, notes covering the topics of capacitors, current and resistance, direct current circuits, electromagnetic forces and fields, electromagnetic induction, alternating current circuits, and electrostatics.

Source: CliffsNotes, URL: https://www.cliffsnotes.com/study-guides/physics/electricity-and-magnetism/capacitors