Berkeley Physics Course: Mechanics, Volume 1

acceleration amplitude angle angular momentum angular velocity atom axes axis body calculate center of mass Chap charged particle clock cm/s cm/s² collision component conservation of energy consider constant coordinate differential direction displacement distance doppler effect earth elastic collision electric field electron equal equation of motion ergs example experiment fictitious force force F frequency friction galaxy galilean transformation given gravitational force harmonic oscillator inertial frame initial kinetic energy laboratory length Lorentz transformation M₂ magnetic field magnitude measured meson molecule moving Mv² noninertial nonrelativistic observed P₁ pendulum perpendicular physics plane position potential energy problem proton r₁ radius reference frame relative relativistic rest mass result rotation satellite scalar shown in Fig solution space special relativity speed of light sphere stars surface tion torque unit vector v₁ v₂ vector product zero