Is the strong nuclear force electromagnetic?

Strong Nuclear Force: Two positive charges repel each other because of the electromagnetic force, so the strong nuclear force lives up to its name by overcoming the intense repulsion between similarly charged particles that coexist in the nucleus of atoms.

What force is strong enough to overcome electromagnetic force?

The strong nuclear force
The strong nuclear force is strong enough to overcome the electromagnetic force of repulsion pushing protons apart.

What happens to the strength of electrostatic attraction as distance increases?

Inverse relationships are common in nature. In electrostatics, the electrical force between two charged objects is inversely related to the distance of separation between the two objects. Increasing the separation distance between objects decreases the force of attraction or repulsion between the objects.

Why does the energy equation not apply to fission?

The energy equation does not apply towards fission, only fusion. The energy is derived from the light that is emitted when the atom splits. The energy released is due to the missing mass of the products compared to the mass of the starting materials. The energy is proportional to the increase in mass of the nucleus undergoing fission.

What is the source of energy released during nuclear fission?

None of the answers are correct. The energy released is due to the missing mass of the products compared to the mass of the starting materials. The energy equation does not apply towards fission, only fusion. The energy is derived from the light that is emitted when the atom splits.

What is the difference between proton-proton repulsion and nuclear force?

The nuclear forces are not as strong as the repulsive electrical forces between protons. The nuclear force between the nucleons are very strong and squeeze out other nucleons. The nucleon-nucleon attraction is stronger than the proton-proton repulsion.

How does nuclear fusion produce hydrogen gas?

The neutrons from a nuclear reaction undergo fusion with water to produce hydrogen gas, which is a combustible fuel. The neutrons from a nuclear reaction undergo fusion with water to produce hydrogen gas, which drives a turbine.