Carbon dating in chemistry
Usually the 'pieces' are smaller atoms, but often neutrons are also released.Many fission reactions are initiated by a very heavy atom being hit (or, in chemistry lingo, bombarded) by a neutron.Currently, there is no feasible way to harness this energy from fusion and use it to power our infrastructure, but several years down the road, it is possible that it could supply us with the energy we need.In a way, we are able to use some of the energy from fusion reactions.
In this lesson, we are going to take a closer look at each of these applications of nuclear chemistry. The answer is 'run on nuclear fusion.' Nuclear fusion occurs when two or more atoms fuse together to form a single, heavier atom.
Carbon is an essential element for living organisms that are constantly exchanging carbon, most of which is carbon-12.
Some of those carbon atoms, though, are carbon-14 isotopes.
Sometimes when diagnosing certain types of diseases, stable atoms in your body are replaced by radioactive atoms of the same element.
These radioactive elements then move around throughout your body as they would normally, but because they are radioactive, they're easier to detect outside of the body.This makes the already slightly unstable heavy atom even more unstable, which causes it to split into smaller atoms and possibly eject a few neutrons.