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Waves
Demonstrations 1 - 20 of 129
Normal Modes of a Beaded StringBifurcation of Boundary Wavefronts for Some GraphsSystem of Pendulums: A Realization of the Sine-Gordon ModelAdding Polarizations with Phase Shifts
Normal Modes of a Beaded String
New this month
Bifurcation of Boundary Wavefronts for Some Graphs
Updated this month
System of Pendulums: A Realization of the Sine-Gordon Model
New this month
Adding Polarizations with Phase Shifts
New this month
Propagating WavesComparing Two Isochronous OscillatorsLongitudinal and Transverse WavesRadio Propagation and Multipath with Diversity Antennas
Propagating Waves
New this month
Comparing Two Isochronous OscillatorsLongitudinal and Transverse WavesRadio Propagation and Multipath with Diversity Antennas
Soliton Trajectories for the Kadomtsev-Petviashvili EquationPower Content of Frequency Modulation and Phase ModulationPower Efficiency of Amplitude ModulationVibration of Masses on a String
Soliton Trajectories for the Kadomtsev-Petviashvili EquationPower Content of Frequency Modulation and Phase ModulationPower Efficiency of Amplitude ModulationVibration of Masses on a String
Bohm Trajectories for Quantum Airy Waves in a Time-Dependent Linear PotentialOutgoing Waves Generated by a Pulsating SourceSums of Sine Waves with Several Step Sizes (Sawtooth or Square Approximations)Superposition of Two Sine Waves with Sum and Beats
Bohm Trajectories for Quantum Airy Waves in a Time-Dependent Linear PotentialOutgoing Waves Generated by a Pulsating SourceSums of Sine Waves with Several Step Sizes (Sawtooth or Square Approximations)Superposition of Two Sine Waves with Sum and Beats
Understanding Polarization with an AnalogyEigenfunctions for a Linear Potential FieldBeat Frequency of Sound WavesGaussian Wave Packet in a Linear Potential Field
Understanding Polarization with an AnalogyEigenfunctions for a Linear Potential Field
Made for Mathematica 7
Beat Frequency of Sound WavesGaussian Wave Packet in a Linear Potential Field
Made for Mathematica 7

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