What is electrical potential energy?
Electrical potential energy is measuring the amount of electricity that is stored at a certain location or device such as a battery. The most common measurement of electrical potential energy is Volts. This technically simplifies potential energy into electrical potential, which is the difference in measuring the unit of charge instead of taking into account all specific cartridges. It is a lot of work that can be done as a result of the position or specific configuration of electric charge. Gravity is a force that attracts all bodies of matter to each other and the gravitational move of the earth keeps things on the ground. If someone should hold £ 2.2 (1 kg) rocks 3.28 feet (1 m) above the ground, basically would fight gravity. The Gravitational Power of the Earth would try to pull the rock down, and with this force on the stationary rock is gravitational potential energy, depending on the distance from the ground and the weight of the object. Potential energy is released when a rock is a rock.
Electric charge can have stored energy in the same way as a rock held above the ground. You could introduce the sphere of van de graff - an electrical device that has a positive charge around its outside and which is often used in scientific experiments to show things such as static electricity - and other positive electric charge detained from the ball. To move the positive charge to the outer edge of the ball, it would require a certain amount of energy to overcome the electrical repellation created by the opposite field. This amount of energy is electrical potential energy and is influenced by the distance from the electric field source, as a rock held above the ground, has more gravitational energy. If the charge detained from the sphere was twice as powerful, it would have twice the potential energy, as if the gravitational example was a harder rock.
To simplify the process of determining the specific energy of electrical potential for a particular object or circuit is tEnto term usually simplified to be responsible for different fees. This measurement is given in Joules on Coulomb, while joules are a unit of energy and Coulomb is a unit of electric force. This means that a certain place in the electric field would have an electrical potential of 12 joules per coulomb and from this a specific energy with electrical potential can be determined. The fee for one Coulomb would have 12 jouls of energy and the two Coulomb fee should be 24.