
What are some examples of strong nuclear force?
Answer
485.1k+ views
Hint: The strong nuclear force is also called the strong interaction. This force is associated with the nuclei of the atoms. This force is strongest and is least ranged, that is, this force has a very small range coverage.
Complete answer:
The strong nuclear force is called the strong interaction, the reason being, this force is strongest among all the fundamental interactions.
Binding protons in atomic nuclei – we know that positively charged particles repel each other, even the negatively charged particles repel each other. An extreme amount of force is required to hold the protons together, the strong nuclear force overcomes the repulsion between protons to hold together atomic nuclei.
A proton exerts both electrostatic force and strong nuclear force, but a neutron exerts only strong force and does not feel any electrostatic interaction, because it is not carrying charge.
Properties of a nuclear force: They are attractive in character (this force attracts or holds together the particles). They are charge independent (the particles can either be charged like protons or neutral like neutrons). It is the short-range force (the action of this force is limited to a very short range). They are extremely strong (far stronger than electromagnetic forces). They are dependent on the spin of the nuclei.
\[\therefore \]The examples of strong nuclear force are the force that binds protons and neutrons in nuclei of atoms. The elements heavier than the hydrogen atom. The fusion of hydrogen into helium in the sun’s core.
Note:
There are a total of four fundamental interactions. They are the strong nuclear force or strong interaction, electromagnetism, weak interaction and gravitation. Nuclear force – is the strong attractive force between nucleons in the atomic nucleus that holds the nucleus together.
Complete answer:
The strong nuclear force is called the strong interaction, the reason being, this force is strongest among all the fundamental interactions.
Binding protons in atomic nuclei – we know that positively charged particles repel each other, even the negatively charged particles repel each other. An extreme amount of force is required to hold the protons together, the strong nuclear force overcomes the repulsion between protons to hold together atomic nuclei.
A proton exerts both electrostatic force and strong nuclear force, but a neutron exerts only strong force and does not feel any electrostatic interaction, because it is not carrying charge.
Properties of a nuclear force: They are attractive in character (this force attracts or holds together the particles). They are charge independent (the particles can either be charged like protons or neutral like neutrons). It is the short-range force (the action of this force is limited to a very short range). They are extremely strong (far stronger than electromagnetic forces). They are dependent on the spin of the nuclei.
\[\therefore \]The examples of strong nuclear force are the force that binds protons and neutrons in nuclei of atoms. The elements heavier than the hydrogen atom. The fusion of hydrogen into helium in the sun’s core.
Note:
There are a total of four fundamental interactions. They are the strong nuclear force or strong interaction, electromagnetism, weak interaction and gravitation. Nuclear force – is the strong attractive force between nucleons in the atomic nucleus that holds the nucleus together.
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