Describe the subatomic structure of the nucleus, including the structure of each nucleon. Draw a picture. Describe the forces that hold the nucleus together and draw them on your diagram. Explain how beta emission works.
A powerful force keeps the subatomic structure of the nucleus together.
In addition to holding the nucleons together, which make up the nucleus, it also holds the three quarks together to create a nucleon. A proton or neutron could be a nucleon.
Two up quarks and one down quark make up the proton. One up quark and one down quark make form a neutron.
There is a weak force as well.
The neutron may be converted to a proton and electron combined or a proton may be converted to a neutron mixed with a positron.
Structure of nucleon:-
A nucleon is a proton or a neutron when seen as a component of an atomic nucleus in chemistry and physics.
An isotope's mass number (also known as its nucleon number) is determined by how many nucleons it contains
Nucleons were believed to be single, elementary particles up until the 1960s.
Forces that hold nucleus together:-
The nuclear force, a short-range force between nucleons, is what binds a nucleus together.
The nuclear force is repellent at very tiny distances, preventing protons and neutrons from approaching one another too closely.
How beta emission work?
The beta emission process converts a neutron into a proton, an electron, and an antineutrino. A work force is involved in beta decay.
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