Problem 2.Calculate the wavelength of light emitted in the 2P/2 1S/2 transition of the real hydrogen atom (in-cluding the fine structure correction). The values of the quantum numbers n, I and j follow from thespectroscopic notation nL, and the letters S, P,D and F corresponds to l = 0, 1,2, 3 respectively. Spin valueis always 1/2 for the hydrogen atom. Express your answer in Angstroms.

Given The transition of the real hydrogen atom = 2 P12 → 1S12 Here, considering the value of the…

Calculate the wavelength of light emitted in the 2P/21S/2 transition of the real hydrogen atom (in- cluding the fine structure correction). The values of the quantum numbers n, l and j follow from the spectroscopic notation nL, and the letters S, P, D and F corresponds to I 0, 1,2, 3 respectively. Spin value is always 1/2 for the hydrogen atom. Express your answer in Angstroms.

Calculate the wavelength of light emitted in the 2P/21S/2 transition of the real hydrogen atom (in- cluding the fine structure correction). The values of the quantum numbers n, l and j follow from the spectroscopic notation nL, and the letters S, P, D and F corresponds to I 0, 1,2, 3 respectively. Spin value is always 1/2 for the hydrogen atom. Express your answer in Angstroms.