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A brief exposition of the purpose and plan of the book what background
Newtons laws of motion
The inversesquare laws Newton Michell Coulomb
12 other sections not shown
a-particle acceleration analysis angle angular momentum angular velocity applied argument atom axes axis body calculation capacitance capacitor centre centroid charge q circuit coil collision component conductors conservation consider constant Coriolis Coriolis force defined deflection density derived determined diagram dielectric dimensional dimensional analysis dimensionless dimensions dipole direction distance Earth effect electric field electromagnetic electrons element equal equipotentials example exerted experiment field lines flow fluid flux frequency grad gravitational gyroscope inertia integral inverse-square inverse-square law kinetic energy Laplace's equation length loop Lorentz force magnetic field magnitude mass measure metal molecules moving mutual capacitance Newton's normal observer orbit oscillations parallel particle pendulum physical plane plates polarization pole position potential difference precession problem produced proton radial radius resistor result rotation round simple solution speed sphere surface theorem theory tion torque trajectory unit vanishes vector wave wire write zero