There is a continual release of more neutrons every time a Uranium nucleus is split. The more the neutrons are released, the more the splits in the already split Uranium nuclei. The resultant chain reaction generates a lot of heat in the process. This heat is used to heat water whose vapor moves the turbines and produces electricity as a result.
Nuclear fission power plants use the generated heat by a nuclear fission process to move steam turbine which generates electricity. When a nuclear fuel atom (Uranium) absorbs a neutron, the Uranium will fission into two smaller atoms (waste) releasing one to three neutrons. Kinetic energy of the waste is used to heat the water for the turbine. The process continues as the neutrons are used to fission the next lot of Uranium atoms ("How Nuclear Fission" par, 2).
Wind:
When wind energy is converted into electrical energy, electricity is produced. "Wind mills and wind turbines are used to churn up enormous amounts of wind energy which is then converted into electrical energy" (Diva par, 6). Recent advancements in wind energy shows that it's helping create portable cell phone chargers.
Bio-waste:
Electricity is now being produced through bio-waste also. In rural areas, bio-gas is a typical way of producing in countries like India. In a state in India, electricity is generated through the use of human waste.
Types of Electricity:
The two major types of electricity are Static Electricity and Current Electricity.
Static Electricity:
This occurs when electrical charges build up on the surface of a material. It is usually caused by rubbing together two or more objects and making friction. The result of the build-up is that objects may be attracted to each other or may even cause a spark to jump from one to the other. For example, when you rub a balloon with the wool sweater and hold it up to the wall, electrons are transferred from the wool to the rubber because of differences in the attraction of the two materials for electrons. Before rubbing, the balloon and the wool sweater have a neutral charge (Types of Electricity par, 3). By gaining electrons from the wool, the balloon becomes negatively charged while the wool becomes positively charged because it loses electrons.
Current Electricity:
Current, which is the rate of flow of electrons, is produced by moving electrons and it is measured in amperes. For current electricity to flow, it needs a conductor, which is usually made of copper wire. Just like the current of a river, so is current with electricity. The river flows from one spot to another moving with the speed of the current. The amount of energy transferred over a period of time is the means through which current is measured. This energy is known as a flow of electrons.
Different sources of current electricity exist including the chemical reactions taking place in a battery. The most common source of current electricity is the generator. A simple generator...
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