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Frames of Reference
A View of the World
Dynamics of a Particle in an Inertial
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acceleration angle atoms Biot-Savart law Bohr calculate called charge distribution charge q charged particles circuit classical clock coil components Computing conductor conservation constant coordinates Coulomb's law curl current-bearing density diagram diffraction dipole direction distance effect electric field electromagnetic field electromagnetic interaction electromagnetic radiation electromagnetic waves electron electrostatic field energy equal equivalent expression fact field lines field point force frequency Gauss Gauss's law grad hydrogen incident inertial frame integral interface length loop Lorentz Lorentz transformations magnetic field magnetostatic field mass material matter Maxwell's equations means motion moving charge negative neutrons nucleus orbit oscillator parallel perpendicular phase photon physical plane waves plates polarized positive charge potential difference produce quantum mechanics quantum number radius relation relative relativistic result scalar screen signal sphere spin surface symmetric tion transformations traveling uniformly unit vector field velocity voltage wavelength wire x-axis x-direction zero