Physics, Principles with Applications |
Other editions - View all
Common terms and phrases
acceleration Ampère's law angle angular momentum angular velocity Assume atoms average axis ball battery beam body Calculate called capacitor Chapter circuit coil collision conservation constant decay diagram diffraction direction distance earth electric charge electric field electromagnetic electrons emitted equal equation example exerted F₁ FIGURE flow fluid frequency friction gravity heat horizontal kinetic energy km/h lens light linear lines liquid m/s² m₁ magnetic field magnitude mass measured mirror molecules moment of inertia motion moving negative neutrons Newton's Newton's second law nuclear nucleus object particle perpendicular photon plates potential energy pressure produced quantum quarks radiation radius rays reference frame refraction resistance resistor rest right-hand rule rotation second law Section shown in Fig SOLUTION sound waves speed spring surface temperature theory torque traveling tube V₁ vector vertical vibration voltage wavelength wire zero