The elecrric potential between a proton and as electron is given by `V= V_(0) in (r )/(r_(0))` , where`r_(0)` is a constant . Assuming Bohr's model to be applicable , write variation of r_(n)` with `n,n` being the principal quantum number ?

The electric potential between a proton and as electron is given by V= V_(0) ln (r )/(r_(0)) , where r_(0) is a constant . Assuming Bohr's model to be applicable , write variation of r_(n) with n,n being the principal quantum number ?

The electirc potential between a proton and an electron is given by V = V_0 in (r )/(r_0) , where r_0 is a constant. Assuming Bhor model to be applicable, write variation of r_n with n, being the principal quantum number. (a) r_n prop n (b) r_n prop (1)/(n) (c ) r_n^2 (d) r_n prop (1)/(n^2)

The electirc potential between a proton and an electron is given by V = V_0 ln (r /r_0) , where r_0 is a constant. Assuming Bhor model to be applicable, write variation of r_n with n, being the principal quantum number. (a) r_n prop n (b) r_n prop (1)/(n) (c ) r_n^2 (d) r_n prop (1)/(n^2)

The electric potential between a proton and an electron is given by V= V_(0) In((r)/(r_(0))) where r_(0) is a constant. Assume that Bohr atom model is applicable to potential, then variation of radius of n^(th) orbit r_(n) with the principal quantum number n is