Electrodynamics
Electrostatics
- Electric Field - The electric field created by electric charges
- Coulomb's Law - Force between spheres and point charges
- Electric Flux - Product of electric field and surrounding area
- Potential & Voltage - Potential energy of the electric field
- Poisson Equation - Connection between potential and charge
- Dipoles - Describing the electric field of two opposite charges
- Capacitance - Storing electric charges in capacitors
- Dielectrics - Special materials that weaken the electric field
Moving Charges
- Electric Current - Moving charges through a metal conductor
- Ohm's Law - Relation between voltage and current
- Kirchhoff's Circuit Laws - Flowing current inside electric wires
- Wheatstone Bridge - Determining unknown resistors
- Electric Power - Electric power as product of voltage and current
- Electrolysis - Splitting chemical substances into atomic constituents
- Galvanic Cells - Opposite process to electrolysis to receive electric energy from chemical reactions
- Electric Circuits - Examples for electric circuits
Magnetic Field
- Ampere's Circuital Law - Magnetic field around a wire
- Lorentz Force - Force on moving charges inside a magnetic field
- Hall Effect - Deflection of electric current inside a magnetic field
- Magnetic Moment - Definition of the magnetic moment and the correlation with the angular momentum
- Vector Potential - Definition of a potential for the magnetic field
- Electromagnetic Induction - Induction as a result of fluctuating magnetic fluxes
Alternating Currents
- Alternators - Using generators to create AC
- Effective Values - Defining effective values for AC
- Impedances - Coils and capacitors as resistors for AC
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Last modified: 2022-10-02 19:42:06 by mustafa