field of Q is E. Let U be the total energy of the system
You are moving a negative charge q<0 at a small constant speed away from a uniformly charged non-conducting spherical shell on which resides a negative charge Q<0. The electrostatic, field of Q is E. Let U be the total energy of the system, Wa the work done by the force Fa you exert on q,WE the work done by the electrostatic force FE on q. Then, as q is being moved :
18
Sep
You are moving a negative charge q<0 at a small constant speed away from a uniformly charged non-conducting spherical shell on which resides a negative charge Q<0. The electrostatic, field of Q is E. Let U be the total energy of the system, Wa the work done by the force Fa you exert on q,WE [...]
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as q is being moved : ,
field of Q is E. Let U be the total energy of the system ,
Wa the work done by the force Fa you exert on q ,
WE the work done by the electrostatic force FE on q. Then ,
You are moving a negative charge q<0 at a small constant speed away from a uniformly charged non-conducting spherical shell on which resides a negative charge Q<0. The electrostatic ,