Wolfram Demonstrations Project
Physics
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Demonstrations 1601 - 1620 of 1890
Swimming in Curved SpaceLongitudinal Oscillations and Resonance of a Four-Spring, Three-Mass SystemNatural Modes of Vibrations for Some Simple SystemsPauli Spin MatricesConstruction of the Rate-Conversion-Temperature Chart from Kinetic Data
Swimming in Curved Space
Longitudinal Oscillations and Resonance of a Four-Spring, Three-Mass System
Natural Modes of Vibrations for Some Simple Systems
Pauli Spin Matrices
Construction of the Rate-Conversion-Temperature Chart from Kinetic Data
Solitons from the Korteweg-de Vries EquationA Rotating Waveplate Polarization AnalyzerThe Quantum-Tobogganic PathsCalabi-Yau SpaceLava Lamp
Solitons from the Korteweg-de Vries Equation
A Rotating Waveplate Polarization Analyzer
The Quantum-Tobogganic Paths
Calabi-Yau Space
Lava Lamp
The OZI Rule in Meson DecayAC Power Factor PrincipleThrow off a CliffMercury's Perihelion PrecessionInterference of Waves from Double Slit (Young's Experiment)
The OZI Rule in Meson Decay
AC Power Factor Principle
Throw off a Cliff
Mercury's Perihelion Precession
Interference of Waves from Double Slit (Young's Experiment)
The Photoelectric EffectMathematics of TsunamisElectric Potential of a Metallic Cylinder Surrounded by a Dielectric in an External Static Electric FieldGravitation versus Curved SpacetimeNumerical Solution of the Falkner-Skan Equation for Various Wedge Angles
The Photoelectric Effect
Mathematics of Tsunamis
Electric Potential of a Metallic Cylinder Surrounded by a Dielectric in an External Static Electric Field
Gravitation versus Curved Spacetime
Numerical Solution of the Falkner-Skan Equation for Various Wedge Angles

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