Prove it:-The angular momentum of an electron ,rotating in an elliptical orbit, is equals to {l(l+1)}1/2*h/2 ‘pi’where ‘l’ is azimuthal quantum number and ‘h’ is M.Planck’s constant
Prove it:-
The angular momentum of an electron ,rotating in an elliptical orbit, is equals to {l(l+1)}1/2*h/2 ‘pi’where ‘l’ is azimuthal quantum number and ‘h’ is M.Planck’s constant













