Electrical Energy is defined as the form of energy which is caused by the movement of the electrons from one point to another then such type of energy is called electrical energy. In other words, electrical energy is nothing but the work done by the moving electrons or charges in the electric field.
Electrical Energy Definition
Electrical Energy is defined as the form of energy which is caused by the movement of the electrons from one point to another, then such type of energy is called electrical energy.
Electrical energy can be either potential energy or kinetic energy. But it's usually encountered as potential energy, which is energy stored due to the relative positions of charged particles in the electric fields. The movement of charged particles through a conducting medium (conductors or wires) is called Current Electricity.
How does Electrical Energy work
To better understand the concepts of Electrical Energy, it is essential to know How does Electrical Energy work? Basically, electrons and protons are very crucial to make the electricity to work.
So the basic working principle is that electrons in copper wire are free to move. Each electron carries a negative charge. So It’s movement is due to attractive forces between the electron and positive electrical charges (such as protons and positively-charged ions) and repulsive forces between the electron and negative charges (such as other electrons and negatively-charged ions).
Electrical Energy Formula
Electrical Energy Units
1 kWh = 1000*60*60 watt-sec.1 kWh = 3600000 joules
Electrical Energy Example
Biological systems are also using electrical energy. For example, hydrogen ions, electrons or metal ions may be more concentrated on the side of a membrane, setting up an electrical potential that can be used to transmit nerve impulses, move muscles.
Here are some specific examples of electrical energy.
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Nicely explained..
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