Assuming the conductors are not free to move, potential energy is stored in the electric field associated with the surface charges. We now ask the question, what is the energy stored in this field? T...Assuming the conductors are not free to move, potential energy is stored in the electric field associated with the surface charges. We now ask the question, what is the energy stored in this field? The answer to this question has relevance in several engineering applications. For example, when capacitors are used as batteries, it is useful to know to amount of energy that can be stored.
Assuming the conductors are not free to move, potential energy is stored in the electric field associated with the surface charges. We now ask the question, what is the energy stored in this field? T...Assuming the conductors are not free to move, potential energy is stored in the electric field associated with the surface charges. We now ask the question, what is the energy stored in this field? The answer to this question has relevance in several engineering applications. For example, when capacitors are used as batteries, it is useful to know to amount of energy that can be stored.
