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  • The gravitational force between an H-atom and another particle of mass m will be given by Newton’s law: F equal to G M.m per r square , where r is in km and a. M is equa to m proton plus m electron b. M equal to m proton plus m electron minus in

. The gravitational force between an H-atom and another particle of mass m will be given by Newton’s law: F = G M.m/r2 , where r is in km and

(a) M = m proton + m electron

(b) M = m proton + m electron - (|V |/c2)         (where, |V| = magnitude of the potential energy of electron in the H-atom)

(c) M is not related to the mass of the hydrogen atom

(d) M = m proton + m electron – (B/c2)              (where, B = 13.6 eV)

Answers (1)

Answer: The answer is the option (d) M =  m proton + m electron – B/c2                  (where, B = 13.6 eV)

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