One way to use the energy released in a fission reaction is to boil water to produce high pressure steam. That steam can then be used to turn a steam turbine which drives an alternator to produce electricity.
When an atom is split the mass of all the parts is less then the mass of thr original atom. The amount of "lost" mass M is converted into energy (radiation and kinetic energy of the parts). You can calculate the energy by multiplying the lost mass times the square of the speed of light, which is the famous Einstein equation E = MC^2 .
Currently by boiling water, as in all other thermal powerplants.
because it releases some peculiar characteristics
gfytu
There is no such thing as "atomic electricity." Electricity is the accumulation or the motion of electrons.
Atom splitting makes heat, heat creates steam, steam powers turbins(generators). Basically it's the same process as any coal or burn things type plants but uses the atomic energy instead of fire.
A nuclear fission chain reaction
The same nuclear radiation is released by both fission (atomic) and fusion (hydrogen) bombs. Hydrogen bombs are larger, and produce more.
gfytu
No, nuclear power to produce electricity was not developed until 1956
There is no such thing as "atomic electricity." Electricity is the accumulation or the motion of electrons.
nuclear spilittingNuclear splitting or splitting of the nucleus are another terminology for atomic fission.
atomic bomb
yes, have you ever seen an Atomic Bomb blast! Well that is the splitting od atoms.
Atom splitting makes heat, heat creates steam, steam powers turbins(generators). Basically it's the same process as any coal or burn things type plants but uses the atomic energy instead of fire.
A nuclear fission chain reaction
The atomic enrergy is like any other kind of energies, it can be used to produce electricity (through fission and fusion) by heating up the water. It's used also for military use.
Electricity begins at the atomic level.
atomic bombs get there power from the energy released by splitting an atom. A nucleus is fired into an unstable isotopse such as Uranium 235 and the Uranium is split into two daughter nuclei. A cloud of electrons, along with some energy, is released. Each of the electrons in turn splits another atom, creating a large chain reaction, and this releases enough energy to power an atomic bomb.
the atomic number of beryllium