Two nucleons are at a separation of `1 xx 10^-15 m`. The net force between them is `F_1`, if both are neutrons, `F_2` if both are protons and `F_3` if one is a proton and other is a neutron. In such a case.

Two nucleons are at a separation of 1 fermi. The net force between them is F_(1) , if both are neutrons F_(2) , if both are protons and F_(3) , if one is a proton and the other is a neutron

Two nucleons are at a separation of one Fermi. Protons have a charge of +1.6 xx 10^(-19) C The net nuclear force between them is F_1 , if both are neutrons, F_(2) if both are protons and F_(3) if one is proton and the other is neutron. Then

In the nucleus of helium if F_1 is the net force between two protons, F_2 is the net force between two neutrons and F_3 is the net force between a proton and a neutron. Then,

In the nucleus of helium if F_1 is the net force between two protons, F_2 is the net force between two neutrons and F_3 is the net force between a proton and a neutron. Then,

Two protons are a distance of 1 xx 10^(-10) cm from each other. The force acting on them are

Two protons are a distance of 1 xx 10^(-10) cm from each other. The force acting on them are

Two protons are a distance of 1 xx 10 ^(-10) cm from each other. The forces acting on them are