Wolfram Demonstrations Project
Electromagnetism
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Demonstrations 101 - 120 of 231
Magnetic Field of a SolenoidSimple Harmonic Motion of an Electric DipoleElectromagnetic DoorbellHow Doorbells WorkShowing Faraday's Law with an Oscilloscope
Magnetic Field of a Solenoid
Simple Harmonic Motion of an Electric Dipole
Electromagnetic Doorbell
How Doorbells Work
Showing Faraday's Law with an Oscilloscope
Electromagnetic Field Energies in Capacitors and InductorsSingle Signals in Nuclear Magnetic ResonanceMultiple Signals in Nuclear Magnetic ResonanceElectric FluxGenerating a Rotating Field by Superposition of Three Alternating Fields
Electromagnetic Field Energies in Capacitors and Inductors
Single Signals in Nuclear Magnetic Resonance
Multiple Signals in Nuclear Magnetic Resonance
Electric Flux
Generating a Rotating Field by Superposition of Three Alternating Fields
Repulsion between Charged Pellets in a BoxPolarization of an Electromagnetic WaveElectric Field of a DipoleElectric Field of a Point ChargeCycloidal Path of a Charged Particle in Uniform Perpendicular Electric and Magnetic Fields
Repulsion between Charged Pellets in a Box
Polarization of an Electromagnetic Wave
Electric Field of a Dipole
Electric Field of a Point Charge
Cycloidal Path of a Charged Particle in Uniform Perpendicular Electric and Magnetic Fields
Coaxial CableFranck-Condon Principle in Vibronic TransitionsElectrostatic OrbitsMillikan Oil-Drop ExperimentDigital Determination of Output Voltage Harmonics in a Single-Phase Voltage Controller
Coaxial Cable
Franck-Condon Principle in Vibronic Transitions
Electrostatic Orbits
Millikan Oil-Drop Experiment
Digital Determination of Output Voltage Harmonics in a Single-Phase Voltage Controller

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