Fundamentals of PhysicsThis popular book incorporates modern approaches to physics. It not only tells readers how physics works, it shows them. Applications have been enhanced to form a bridge between concepts and reasoning. |
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acceleration amplitude angle angular angular momentum Answer Assume atom axis beam block body calculate capacitor center of mass circuit coil collision components conductor conservation constant Coulomb's law curve density diffraction dipole direction displacement distance earth electric field electromagnetic electron equal equation equilibrium ergy Example exerted Figure fluid flux force acting frequency friction Gauss's law given gravitational heat horizontal induced initial kinetic energy LC circuit length lens light loop loop theorem m/s² magnetic field magnitude maximum measure mechanical molecules momentum moving Newton's orbit oscillations particle path plane plates point charge position potential difference potential energy pressure Problem proton quantity radiation radius rays refraction result rotational scalar Section shown in Fig shows simple harmonic simple harmonic motion slit speed sphere spherical string surface temperature tion torque unit V₁ vector velocity vertical wave wavelength wire zero