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Electricity and Magnetism
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Watch Me First!
L1: Law of Electrostatics
L2: Static Electricity and Charged Surfaces
L3: Electrostatic Induction and Applications
L1: Electric Current, Conventional Current and Electron Flow.
L2: Electromotive Force and Potential Difference
L3: Resistance, Ohm's Law, and Diodes.
L1: Circuit Components, Series Circuit, Parallel Circuit and Resistors.
L2: Variable Resistors, Potential Divider, Thermistor and Light Dependant Resistor.
L3: Cathode Ray Oscilloscope and Waveforms.
L1: Heating Effect and Dangers of Electricity.
L2: Switches, Fuses, Circuit Breakers, and Electrical Mains Plugs.
L3: Calculating Power
L1: Magnet Properties, Magnetic Materials, and Magnetic Fields.
L2: Methods of Magnetisation and De-magnetisation
L3: Temporary VS Permanent Magnets and Applications
L1: Electromagnetism and Solenoids
L2: Circuit Breakers, Magnetic Relays and Fleming's Left Hand Rule.
L3: Direct Current [DC] Motor
L1: Electromagnetic Induction, and Factors for an Induced EMF.
L2: Alternating Current [AC] Generator, Lenz's Law, and Fleming's Right Hand Rule.
L3: Transformers
Acknowledgements & Credits
Introduction
Watch Me First!
Preview
S1: Static Electricity
L1: Law of Electrostatics
Preview
L2: Static Electricity and Charged Surfaces
L3: Electrostatic Induction and Applications
S2: Current
L1: Electric Current, Conventional Current and Electron Flow.
Preview
L2: Electromotive Force and Potential Difference
L3: Resistance, Ohm's Law, and Diodes.
S3: Direct Current [DC] Circuits
L1: Circuit Components, Series Circuit, Parallel Circuit and Resistors.
L2: Variable Resistors, Potential Divider, Thermistor and Light Dependant Resistor.
L3: Cathode Ray Oscilloscope and Waveforms.
S4: Practical Electricity
L1: Heating Effect and Dangers of Electricity.
Preview
L2: Switches, Fuses, Circuit Breakers, and Electrical Mains Plugs.
L3: Calculating Power
S5: Magnetism
L1: Magnet Properties, Magnetic Materials, and Magnetic Fields.
L2: Methods of Magnetisation and De-magnetisation
L3: Temporary VS Permanent Magnets and Applications
S6: Electromagnetism
L1: Electromagnetism and Solenoids
L2: Circuit Breakers, Magnetic Relays and Fleming's Left Hand Rule.
L3: Direct Current [DC] Motor
S7: Electromagnetic Induction
L1: Electromagnetic Induction, and Factors for an Induced EMF.
L2: Alternating Current [AC] Generator, Lenz's Law, and Fleming's Right Hand Rule.
L3: Transformers
Acknowledgements & Credits
Acknowledgements & Credits
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