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A Quantitative Science
A Vector Quantity
Kinematics of a Particle
33 other sections not shown
acceleration amplitude angle angular applied atoms axis capacitor center of mass Chapter circuit components conductor consider constant coordinate system cylinder density diagram direction discussion displacement distance dynamical system earth elastic electric electric-field strength electromagnetic electrons equal equation equilibrium expression fluid flux force acting frequency friction given heat horizontal ideal gas inductor inertia initial kinetic energy length lens light liquid loop magnetic field magnetic-field strength magnitude material measured mechanical energy mirror molecules momentum motion moving Newton's object observer oscillations parallel particle path perpendicular plane plates point charge polarization position potential difference potential energy pressure Problem quantity radiation radius relation resistor resultant force rigid body rotational rotational inertia shown in Fig simple harmonic motion speed sphere string suggested in Fig surface temperature thermal energy torque transverse waves unit vector velocity volume wave wavelength wire zero