consider two different hydrogen atoms. The electron in each atom is in an excited state. Is it possible for the electrons to have different energies but same orbital angular momentum according to the bohr model ? justify
Hi Sourav Hianl, angular momentum = integral multiple of h/2pi
So same angular momentum means in the same orbit
Energy = epsilon not * h^2 n^2 / pi m Z e^2
As energy is directly proportional to the square of integer n and n remains same in both cases energy too has to be the same.
So same angular momentum means in the same orbit
Energy = epsilon not * h^2 n^2 / pi m Z e^2
As energy is directly proportional to the square of integer n and n remains same in both cases energy too has to be the same.