Wolfram Demonstrations Project
Electromagnetism
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Demonstrations 101 - 120 of 205
Two Charged Conducting PendulumsDynamical Behavior of a Duffing OscillatorNMR Signal Processing Lab: Two Spins-1/2Dropping a Test Charge into an Electric FieldElectric Field of a Line of Charge
Two Charged Conducting Pendulums
Dynamical Behavior of a Duffing Oscillator
NMR Signal Processing Lab: Two Spins-1/2
Dropping a Test Charge into an Electric Field
Electric Field of a Line of Charge
Magnetic Monopoles and Free QuarksMagnetization with an Ising Model Based on Q2R Cellular AutomataMotion of a Particle in Crossed Electric and Magnetic FieldsRadiation Pulse from an Accelerated Point ChargeParallel-Plate Capacitors
Magnetic Monopoles and Free Quarks
Magnetization with an Ising Model Based on Q2R Cellular Automata
Motion of a Particle in Crossed Electric and Magnetic Fields
Radiation Pulse from an Accelerated Point Charge
Parallel-Plate Capacitors
Potential Field of Two ChargesThe Time-Dependent Electromagnetic Fields of a Relativistic Circular CurrentSpherical HarmonicsThree-Dimensional Electric FieldMeasurement of Electron e/m Using a Modified Magnetron
Potential Field of Two Charges
The Time-Dependent Electromagnetic Fields of a Relativistic Circular Current
Spherical Harmonics
Three-Dimensional Electric Field
Measurement of Electron e/m Using a Modified Magnetron
Rotating Magnetic FieldMagnetic Field of a Current LoopAxial Electric Field of a Charged DiskDrude-Lorentz Model for Dispersion in DielectricsLevich Equation for Rotating Disk Electrode
Rotating Magnetic Field
Magnetic Field of a Current Loop
Axial Electric Field of a Charged Disk
Drude-Lorentz Model for Dispersion in Dielectrics
Levich Equation for Rotating Disk Electrode

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