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[" Let "F(" pp "),F(" ph ")" and "F(" nn...

[" Let "F_(" pp "),F_(" ph ")" and "F_(" nn ")" denote the magnitudes of the "],[" nuclear force by a proton on a proton,by a proton on "],[" a neutron and by a neutron on a neutron respectively "],[" when the separation is less than one fermi,then "]

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Let F_(pp), F_(pn) and F_(nn) denote the magnitudes of the nuclear force by a proton on a proton, by a proton on a neutron and by a neutron on a neutron respectively. When the separation is 1 fm ,

Let F_pp, F_pn and F_nn denote the magnitudes of the nuclear force by a proton on a proton, by a proton on a neutron and by a neutron on a neutron respectively. When the separation is 1 fm ,

Let F_pp, F_pn and F_nn denote the magnitudes of the nuclear force by a proton on a proton, by a proton on a neutron and by a neutron on a neutron respectively. When the separation is 1 fm ,

Let F_pp, F_pn and F_nn denote the magnitudes of the net force by a proton on a proton, by a proton on a neutron and by a neutron on a neutron respectively. Neglect gravitational force. When the separation is 1 fm ,

The quark content of proton and neutron are respectively

The quark content of proton and neutron are respectively

F_(pp),F_("nn")and F_(np) are the nuclear forces between proton - proton , neutron - neutron and neutron - proton respectively . Then relation between them is

F_(pp),F_("nn")and F_(np) are the nuclear forces between proton - proton , neutron - neutron and neutron - proton respectively . Then relation between them is