University Physics, Volume 2 |
Contents
ELECTROMAGNETISM | 669 |
SummaryKey Terms | 694 |
Gausss Law | 704 |
Copyright | |
33 other sections not shown
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amplitude angle angular axis battery beam Bohr model bulb Calculate capacitance capacitor charge q circuit coil conductor constant density diagram dielectric diffraction dipole distance elec electric field electric flux electromagnetic waves electron electron volts emitted energy levels equal equation Example field lines Figure focal length frequency Gauss's law Gaussian surface hydrogen atom index of refraction induced emf inductor intensity kinetic energy lens light loop magnetic field mass material maximum mirror molecule momentum motion moving nucleus object orbital oscillating parallel particle perpendicular phasor photon plane plates point charge polarized positive potential difference potential energy Problem R₁ radiation radius rays reflected region resistance resistor result Schrödinger equation Section shown in Fig shows sinusoidal slit solenoid SOLUTION speed sphere spherical surface temperature tion torque V₁ vector velocity voltage wave function wavelength wire x-axis zero