Original poster: "resonance" <resonance@xxxxxxxxxxxx>Not if the charge is moving where it is considered a wave and not a particle. As electrons travel around a nucleus their relativistic mass can be "smeared thru space" as a wave function --- Schroedinger. Similar to a fan smearing the mass of it's whirling blades thru space.
It gets into some interesting quantum physics where very bizarre things happen like two masses or two charges being in different places simultaneously. Or, charge can be massless if moving at C.
Dr. Resonance
> Charge is traveling in a circular path at the fixed > velocity of C. The charge has a relativistic mass."What is the rest mass of charge? If it's moving at the velocity of light wouldn't its relativistic mass be infinite?Ed