Hi Keith, you wrote: > > C=4*pi*epsilon0*r > > with r=2.8179*10^-15 M > and epsilon0 = 8.854*10^-12 F/M > > C = 3.135*10^-25 F > Yes. r = q^2/[4(pi)eo* mc^2] = 2.8179 M
Also since Zo = (L/C)^1/2 = 377 ohms L = 377^2* 3.135*10^-25 = 4.455*10^-20 Henry And since capacitive E = 0.5*C*V^2 and inductive E = 0.5* L* I^2 IF the energy in the Capacitance And Inductance of The Electron's Vacuum/Ether are in Phase: V = [mc^2/(*3.135*10^-25)]^1/2 = 511* 10^5 volts I = [mc^2/(4.455*10^-20)]^1/2 = 1.355*10^3 amperes OTOH 2(pi)r * uo = 2.219*10^-20 Henry, making I = 1.92*10^3 amperes and 2(pi)r * eo = 1.56*10^-25 Farad making V = 7.245*10^5 volts. If the electron "energy wave" is circling at speed of light c: Time, t = 2(pi)r/c = 2.81*10^-15/3*10^8 = 9.36810^-24 seconds Frequency = 1/t = 1.06*10^23 Hz. OTOH, The Compton Wavelength (h/mc) = 2.427*10^-12 M puts r at 3.86*10^-13 M Your choice? :-) Fred
