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If a field is applied to a load, a force is obtained. Such force applied along a path leads to potential energy. If it is expressed with an electric field, the potential energy per charge that we call electrical potential is obtained. The electric potential generates displacement of charges which implies that there is a flow that we call electric current. Its magnitude depends on the electrical potential and the resistance that the material in which the electrons that we will call the conductor are. The resulting law is the so-called Ohm's law.

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ID:(815, 'ky')

Description

If a field is applied to a load, a force is obtained. Such force applied along a path leads to potential energy. If it is expressed with an electric field, the potential energy per charge that we call electrical potential is obtained. The electric potential generates displacement of charges which implies that there is a flow that we call electric current. Its magnitude depends on the electrical potential and the resistance that the material in which the electrons that we will call the conductor are. The resulting law is the so-called Ohm's law.

ID:(815, 0)