Fission gives off heat, neutrons, and fission products. Each of these things has different uses.
The heat is the primary product. It is typically used to boil water, the steam being used to power a turbine, which turns a generator to make electricity.
Neutrons can be used to turn atoms of one element into atoms of another element. For example, tritium can be manufactured by exposing hydrogen in water to neutrons. The tritium, in turn, has uses ranging from nuclear fusion to tracing flow in ecological systems.
Some of the products of fission have their own uses and are easiest obtained from materials that have been in reactor cores. An example is cesium-137, whihc is a fission product, and has uses in medicine and industry.
You don't use fission to do the actual calculation. Fission can RESULT in energy being released, though.
Yes. Later, the Hydrogen Bomb used fission/fusion.
Fusion and fission is related to combining (fusion) or splitting (fission) radioactive nuclei, in both cases releasing binding energy (The Strong Atomic Force). Fission is more commonly used in nuclear power plants and A-Bombs, while fusion is more commonly used in H-Bombs and in the Stars.
Yes
The processes of fission, fusion and fission-fusion-fishion all release energy. Currently, only fission reactors are used to produce electricity.
Binary fission
Fission.
The element first used for fission in an atomic bomb is uranium.
You don't use fission to do the actual calculation. Fission can RESULT in energy being released, though.
We can use plutonium in nuclear fission devices.
Nuclear fission has been used in nuclear bombs and is currently being used in every nuclear power plant on the earth.
Both are used.
How to store the fission products contained in the used fuel.
Yes. Later, the Hydrogen Bomb used fission/fusion.
The isotopes 233U, 235U, 239Pu, 241Pu for a fission with low energy neutrons.
In general, physicists, and specifically nuclear physicists, use nuclear fission in experiments.
Producing electricity