The strong nuclear force is like the glue that keeps the tiny parts of an atom stuck together. This force is really important for making things stable. Here’s why:
What It Does: The strong nuclear force works between protons and neutrons. Protons are positively charged, which means they usually want to push away from each other. But the strong nuclear force pulls them together, stopping them from flying apart.
How Strong It Is: This force is super strong, but it only works at very tiny distances—about the size of the nucleus itself, which is around a trillionth of a meter.
Big Effects: Thanks to the strong nuclear force, atoms can stay together. This helps form all the matter we see in the universe.
If we didn’t have this force, our universe would be a very different place—and much less stable!
The strong nuclear force is like the glue that keeps the tiny parts of an atom stuck together. This force is really important for making things stable. Here’s why:
What It Does: The strong nuclear force works between protons and neutrons. Protons are positively charged, which means they usually want to push away from each other. But the strong nuclear force pulls them together, stopping them from flying apart.
How Strong It Is: This force is super strong, but it only works at very tiny distances—about the size of the nucleus itself, which is around a trillionth of a meter.
Big Effects: Thanks to the strong nuclear force, atoms can stay together. This helps form all the matter we see in the universe.
If we didn’t have this force, our universe would be a very different place—and much less stable!