Fundamentals of Physics

acceleration Ampère's law amplitude angular momentum angular speed Answer Assume atom axis ball block calculate capacitor center of mass circular coefficient collision components conservation constant Coulomb's law curve density dipole direction displacement distance earth electric field electron equal equation equilibrium Example FIGURE Find fluid force acting force exerted force F frequency friction frictionless ft/sec Gauss's law Gaussian surface given gravitational force heat Hence horizontal initial internal joules kinetic energy length linear loop m₁ magnetic field magnitude maximum mechanical energy meters meters/sec miles/hr molecules Newton's obtain orbit oscillation path plane position potential difference potential energy pressure Problem quantities radius reference frame rest resultant rigid body rotational inertia scalar shown in Fig shows simple harmonic motion sphere spring surface temperature tion torque uniform V₁ vector velocity vertical volts wave weight wire x-axis zero