## University physics, Volume 2 |

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### Contents

Spin and Orbital Motion 425 | 705 |

i | 718 |

The Electric Dipole | 728 |

Copyright | |

32 other sections not shown

### Common terms and phrases

angle atom axis Bohr model bulb Calculate capacitance capacitor Chapter charge carriers charge distribution charge q circuit element clocks coil complex number component conductor connected constant Determine dielectric diffraction dipole direction distance Earth effect electric field electrical force electrical potential energy electron electron-volts equal Equation equivalent Example experiment focal length Gauss's law Gaussian surface gravitational field incident independent voltage source indicated in Figure inductor integral kinetic energy lens magnetic field magnetic force magnification magnitude mass material measured mirror momentum moving negative charge nodes nucleus object Ohm's law optical orbit parallel path perpendicular phasor physics plane plates pointlike charge positive charge potential difference power absorbed PROBLEM-SOLVING TACTIC proton quantum number radius RC circuit real battery reference frame reflected refraction resistance resistor result segment shown in Figure slit Solution sphere spherical vector velocity wave wavelength wire zero