Fundamentals of Physics, Volume 2

acceleration amplitude angle angular frequency angular momentum atom average axis block calculate capacitance capacitor center of mass Chapter charge q circuit collision component conservation constant coordinate cylinder density diagram diffraction dipole direction displacement distance electric field electron equation equilibrium Evaluate exerted expression fluid flux force of gravity forces acting friction function Gaussian surface given heat horizontal inductor initial integral internal energy kinetic energy length loop m/s² magnetic field magnitude maximum molecules motion moving negative neutron Newton's second law normal force nucleus object orbit oscillation particle perpendicular phase photon plane plate positive charge potential difference potential energy pressure PROBLEM 11 quantities radiation radius refraction resistance resistor result rotational inertia slit SOLUTION Solve speed sphere STRATEGY string Substitute Suppose t₁ temperature torque vector velocity volume wave wavelength wire zero