Physics for Scientists & Engineers, Part 3

acceleration Ampère's law angle applied atoms axis battery capacitance capacitor carries a current charge density charge distribution charge q charged particle coil conductor connected constant Coulomb's law Determine dielectric dipole direction distance electric field electric field lines electric flux electric force electric potential electromagnetic wave electron element energy stored equal Equation EXAMPLE Find frequency galvanometer Gauss's law gaussian surface Imax induced current induced emf inductor integral loop m/s² magnetic flux magnetic force magnitude mass maximum value metal moving netic oscillating parallel perpendicular plane plates point charge positive potential difference potential energy proton R₁ radiation radius resistance resistor result RLC circuit shown in Figure solenoid Solution speed sphere spherical spreadsheet temperature tion toroid uniform electric field uniform magnetic field uniformly charged vector velocity Vmax voltage wire zero