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Notion of Positive and Negative Potential Energy

Let Fpp, Fpn ...

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Let Fpp, Fpn & Fnn denote the magnitudes of the net force by a proton on a proton, by proton on a neutron & by a neutron on a neutron respectievely. Neglect gravitational force. When the separartion is 1fm, (a) Fpp>Fpn=Fnn (b) Fpp=Fpn=Fnn (c) Fpp>Fpn>Fnn (d) Fpp

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F_{p p}, F_{p n},

F_{n n},

denote the magnitudes of net force by a proton on a proton, by a proton on a neutron and by a neutron on a neutron respectively. Neglect gravitation force. When the separation is 1 fm:

Q. 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.
(a) F_pp > F_pn = F_nn
(b) F_pp = F_pn = F_nn
(c) F_pp > F_pn > F_nn
(d) F_pp < F_pn = F_nn

F_{p p}, F_{p n}

F_{n n}

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

Q. 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,
(a) F_pp > F_pn = F_nn
(b) F_pp = F_pn = F_nn
(c) F_pp > F_pn > F_nn
(d) F_pp < F_pn = F_nn

F_{N N}

F_{N P}

F_{P P}

denotes net force between neutron and neutron, neutron and proton, proton and proton then

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Notion of Positive and Negative Potential Energy

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