A brief guide to electrical energy

Electricity is all around us and very important concept of electric energy major in science but are often misunderstood. Here is the definition of what electricity really is:

The energy released results from an electric charge flow. Energy is able to complete work or exert force onto an object to make it move. For electricity, the power is the attraction or repulsion occurs between charged particles.

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If you have electricity, it can be either in the form of kinetic or potential. It is most commonly experienced in the form of potential, such as stored energy of an electric field or the position of charged particles.

These charged particles moving around is what we call electricity. Another form is that of static electricity. This occurs because of an imbalance between positive and negative charge of an object. It is a form of potential energy as well. If enough of the accumulated costs, energy that can be discharged in the form of a spark, like lightning, for example. When this happens, the potential energy has been transformed into kinetic energy. For electrical services from an Electrician Southend, visit a site like SM Electrical, a leading Electrician Southend.

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How does it work?

It was Michael Faraday, a British scientist who discovered a way to produce electricity in the early 19th century. His experiment involved moving a conductive metal loop though the magnetic poles. What he was able to prove is that the electrons in copper wire to move freely and all electrons carry a negative charge.

Attractive forces controlled the motion between the positive charge and the electrons, while the repulsive force occurs between ions and the negatively charged electrons. In basic terms, the electric field surrounding the charged particles, such as electrons, places the force onto other charged particles, causing them to move and work.

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