An electron can be assumed to be uniformly charged sphere having a total charge e and radius Ro. (a) Calculate the electrostatic energy of the electron. b) If this energy is equal to the rest energy mo c² of the electron, what must be its radius?
An electron can be assumed to be uniformly charged sphere having a total charge e and radius Ro. (a) Calculate the electrostatic energy of the electron. b) If this energy is equal to the rest energy mo c² of the electron, what must be its radius?
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Transcribed Image Text:An
electron can be assumed to be uniformly charged sphere
a total charge e and radius Ro.
having
(a) Calculate the electrostatic energy of the electron.
6) If this energy is equal to the rest energy mo c² of the
electron, what must be its radius?
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