What is the distance between two protons if the electrical repulsive force between them is equal to the weight of either proton

Q. Is enormously strong compared to gravity. The electric force between two protons , for example is times the gravitational force between them, for any fixed distance

Q. Repulsive forces exists between two protons outside the nucleus. This is due to

Q. Assertion :Forces acting between proton-proton $\left(f_{pp}\right)$, proton-neutron $\left(f_{pn}\right)$ and neutron-neutron $\left(f_{nn}\right)$ are such that $f_{pp}<f_{pn}=f_{nn}$ Reason: Electrostatic force of repulsion between two protons reduces net nuclear forces between them.

Q.

Two protons exert a nuclear force on each other, then what is the distance between them?

Q. Mark the correct statements:
(a) The nuclear force between two protons is always greater than the electromagnetic force between them.
(b) The electromagnetic force between two protons is always greater than the gravitational force between them.
(c) The gravitational force between two protons may be greater than the nuclear force between them.
(d) Electromagnetic force between two protons may be greater than the nuclear force acting between them.