Energy contained in bonds within a nucleus that is converted to kinetic energy.
atoms's sub-particles electron neutron and proton are held together by very strong nuclear force if we supply energy enough these forces tend to break and along with disintegration of atoms it releases lot of energy.
nuclear energy comes from breaking these forces by the methods of fission(breaking the particle from large nuclei to small nuclei) while fusion (combining two small nuclei into bigger nuclei of atoms)
energy produced in fusion is much larger as compared to fission
Basically, from the fission or splitting of the nucleus, mainly of Uranium235,but also of Plutonium239. When the nuclei of these elements is fissioned, heat is released and this heat can then be used to produce electricity.
Energy contained in bonds within a nucleus that is converted to kinetic energy. (apex)
The majority of power in nuclear reactors comes from the fission of U235 nuclei, which releases heat. There is also some Pu239 which is formed from U238 and this is also fissionable.
This type of energy is called fission energy.
Energy contained in bonds within a nucleus that is converted to kinetic energy.
We use nuclear power because it produces cheap electricity and they reduce the need to import fossil fuels.
Nuclear fissions in nuclear fuels generate heat and electricity.
When nuclear power plants started to be built, around 1960, they were thought to be able to provide cheaper power than conventional fossil fuels. Nowadays this is known to be over optimistic, however with the emphasis now on avoiding production of greenhouse gases, nuclear has advantages over fossil fuels. It is not likely though to overtake the use of fossil fuels for a long time to come.
Nuclear energy conserves the use of fossil fuel because if there is a nuclear power station there is no need to burn fossil fuel in that region.
Energy contained in bonds within a nucleus that is converted to kinetic energy.
We use nuclear power because it produces cheap electricity and they reduce the need to import fossil fuels.
Fabrication of nuclear fuels to generate electricity in nuclear power reactors.
Japan uses nuclear power for energy instead of items such as coal and fossil fuels.
Nuclear Power
Some reasons could be: * Availability of nuclear fuel * Availability of nuclear technology * Declining reserves of fossil fuels * Power generation Potential of nuclear fuels
Nuclear fissions in nuclear fuels generate heat and electricity.
The problem of disposing large amounts of nuclear waste is not resolved.
When nuclear power plants started to be built, around 1960, they were thought to be able to provide cheaper power than conventional fossil fuels. Nowadays this is known to be over optimistic, however with the emphasis now on avoiding production of greenhouse gases, nuclear has advantages over fossil fuels. It is not likely though to overtake the use of fossil fuels for a long time to come.
Limited fossil fuels, air quality problems, need for electricity.
Some possiblities of alternative energy: --Alkanol-based fuels --Nuclear power --Solar/photoelectricity --Hydroelectricity
Nuclear energy conserves the use of fossil fuel because if there is a nuclear power station there is no need to burn fossil fuel in that region.