What statement is true regarding electric potential and electric potential energy of a particular charge distribution? O there is absolutely no difference between electric potential and electric potential energy: they mean the exact same thing O electric potential is the same at all points in space and electric potential energy is the same at all points in space O both electric potential and electric potential energy are generally different at different points in space O electric potential is generally different at different points in space, where as electric potential energy is a single value that is the total energy stored by the electric field in all of space O electric potential energy is generally different at different points in space, where as electric potential is a single value that is the total energy stored by the electric field in all of space
What statement is true regarding electric potential and electric potential energy of a particular charge distribution? O there is absolutely no difference between electric potential and electric potential energy: they mean the exact same thing O electric potential is the same at all points in space and electric potential energy is the same at all points in space O both electric potential and electric potential energy are generally different at different points in space O electric potential is generally different at different points in space, where as electric potential energy is a single value that is the total energy stored by the electric field in all of space O electric potential energy is generally different at different points in space, where as electric potential is a single value that is the total energy stored by the electric field in all of space
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