Which two fundamental forces act within the atomic nucleus?
Understand the Problem
The question is asking about the two fundamental forces that operate within an atomic nucleus, specifically in nuclear physics. It seeks to identify the specific forces that are responsible for the stability and behavior of the nucleus.
Answer
The nuclear force and the electric repulsion force
The final answer is the nuclear force and the electric repulsion force
Answer for screen readers
The final answer is the nuclear force and the electric repulsion force
More Information
The nuclear force can be divided into strong and weak forces. The strong nuclear force binds nucleons together, while electric repulsion (Coulomb force) between protons tends to push them apart.
Tips
A common mistake is to confuse the nuclear force with gravitational force, but gravity is negligible at the scale of atomic nuclei.
Sources
- Explanation of fundamental forces acting within an atomic nucleus - Homework Study - homework.study.com
- Nucleus - Energy Education - energyeducation.ca
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