Wolfram Demonstrations Project
S. M. Blinder
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Demonstrations 101 - 120 of 276
Phenomenological Approximation to Newton's CradleRadiation Pulse from an Accelerated Point ChargeOxygen Transport by Hemoglobin and MyoglobinParallel-Plate CapacitorsOptical Activity of Tartaric Acid Stereoisomers
Phenomenological Approximation to Newton's Cradle
Radiation Pulse from an Accelerated Point Charge
Oxygen Transport by Hemoglobin and Myoglobin
Parallel-Plate Capacitors
Optical Activity of Tartaric Acid Stereoisomers
The Structure of DiamondMaking Some Simple MoleculesHeat Transfer and the Second Law of ThermodynamicsMatrix Representation of the Addition GroupFranck-Hertz Experiment
The Structure of Diamond
Making Some Simple Molecules
Heat Transfer and the Second Law of Thermodynamics
Matrix Representation of the Addition Group
Franck-Hertz Experiment
Soap Film between Two Equal and Parallel RingsEnergies for a Heaviside-Lambda Potential WellVon Kármán Vortex Street in Turbulent FlowLower Excited States of Helium AtomPhasor Representation for Three-Phase Power Transmission
Soap Film between Two Equal and Parallel Rings
Energies for a Heaviside-Lambda Potential Well
Von Kármán Vortex Street in Turbulent Flow
Lower Excited States of Helium Atom
Phasor Representation for Three-Phase Power Transmission
Measurement of Electron e/m Using a Modified MagnetronBuild Your Own AtomsFundamental Commutation Relations in Quantum MechanicsMagnetic Field of a Current LoopDrude-Lorentz Model for Dispersion in Dielectrics
Measurement of Electron e/m Using a Modified Magnetron
Build Your Own Atoms
Fundamental Commutation Relations in Quantum Mechanics
Magnetic Field of a Current Loop
Drude-Lorentz Model for Dispersion in Dielectrics

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