Not all countries have petrol, methane or coal; nuclear fission is a long term alternative.
It currently provides 19 percent of electricity in the US and a little less world-wide
A nuclear fission power plant does this, there are 104 operating in the US. These are all light water moderated ones, PWR or BWR. These are the most used types in the world, but there are also heavy water reactors (Candu) and AGR gas cooled reactors.
Many countries have nuclear reactors: United States, United Kingdom, Russia, China, France, Japan, India, Canada, Romania, Bulgaria, Hungary, etc.
When a neutron is fired at a U235 atom, it splits the atom in two forming two very unstable forms of krypton and barium: Kr92 and Ba141. While this process is going on, which is called nuclear fission, enormous amounts of energy and three more neutrons are released. Then these three other neutrons hit more waiting U235 atoms, and this process repeats. Uses: This can be used for many things, it can be harnessed for energy, or packed into a bomb for warfare. No matter what it is being used for, we are still imagining the possibilities of nuclear fission.
it can produce electricitypoopoopopIt is a clean and green source of electricity. Unfortunately, as with many things, the US is far behind the rest of the world in utilizing this form of energy.
yes on condition of the availability of the necessary nuclear fission device (nuclear reactors or critical assemblies).
Nuclear fission
In nuclear reactors, there are over 400 operating power reactors world wide
Both fission and fusion can be used to make nuclear bombs, in fact almost every nuclear bomb in stockpile in the world today uses both fission and fusion to achieve its total yield, optimize it material efficiency, and reduce size and weight.
It currently provides 19 percent of electricity in the US and a little less world-wide
The energy production in nuclear reactors. The atomic bombs used in World War ll. Apex.
A nuclear fission power plant does this, there are 104 operating in the US. These are all light water moderated ones, PWR or BWR. These are the most used types in the world, but there are also heavy water reactors (Candu) and AGR gas cooled reactors.
Many countries have nuclear reactors: United States, United Kingdom, Russia, China, France, Japan, India, Canada, Romania, Bulgaria, Hungary, etc.
During the detonation of a nuclear bomb an enormous amount of energy is released as fission due to the splitting (fissioning) of atoms of uranium or plutonium. In the case of a simple nuclear weapon (such as those dropped on Japan during World War 2) this is where the explosion stops. In the case of a hydrogen bomb, also referred to as a thermonuclear weapon, the energy released by the fission is used to trigger the fusion of atoms of hydrogen, releasing energy in the same way that the sun produces energy.
By reducing the nuclear armaments, the world can be a more safer place to live in because right now the stockpile of nuclear weapons around the world is able to destroy the whole world. Not only that by reducing the nuclear armaments, countries can have a better relations with each other.
The only form of nuclear energy currently used in the US, or anywhere in the world for that matter, to produce electricity is nuclear fission. There are ongoing experiments to attempt to use nuclear fusion, but the technological problems with that have not paid off yet.
Uranium is very common on Earth (comparable to tin) and relatively equitably distributed around the world, whereas fossil fuels are rarer and concentrated in conflict-prone areas or remote/difficult locations. Nuclear fission also produces much more energy per kilogram of fuel than conventional combustion. These factors combined make future price stability and current per kW prices favourable for nuclear fission.