Question

which of the following pairs of particles cannot exert nuclear force on each other? EXPLAIN PROPERLY !!!​

Answer 1

Answer:

4) All of these

Explanation:

An atom has a nucleus and electrons revolving around it. Only protons and neutrons are present inside the nucleus.

So nuclear force can only on exerted on particles present inside the nucleus. As electrons are present outside the nucleus, so no nuclear force is exerted between 1)  Proton and Electron 2)Neutron and Electron 3)Electron and Neutron.

Nuclear force is only present between protons and neutrons

Answer 2

Answer:

d) All of these.

Explanation:

 

1)Despite high electrical repulsion between protons, the nuclear force holds the uncharged neutrons and positive-charged protons together in an incredibly compact region in the nucleus.

2)Nuclear forces are very short-range forces that only work when the distance between two nucleons is a small multiple of 10–15 metres.

 3)They can only be used inside an atom's nucleus.

 4)When the distance between two nucleons is around 10-15 m, these forces are attracted, and when the distance is significantly less than 10-15 m, they are repulsive.

 5)Nonelectric and nongravitational forces make up the nuclear forces.

Explanation:-

The nuclear force is primarily found within the nucleus.

 

Inside the nucleus, it holds neutrons and protons together.

 

As a result, we can't evaluate the nuclear force at work between them.