iln the interaction is an orbit - a spin of an atom with one electron. If you know that 1=1 and 1/2=s, calculate the following: - The total quantum number /? b values of the total magnetic quantum number, my (2) If you are given the state 20 of hydrogen, calculate the following: a) the split levels (terminal symbols) resulting from orbital-spin pairing? b The difference in the interaction energy (AEso) resulting from the spinning orbital coupling (fission of the superstructure iln the interaction is an orbit - a spin of an atom with one electron. If you know that 1=1 and 1/2=s, calculate the following: - The total quantum number /? b values of the total magnetic quantum number, my (2) If you are given the state 20 of hydrogen, calculate the following: a) the split levels (terminal symbols) resulting from orbital-spin pairing? b The difference in the interaction energy (AEso) resulting from the spinning orbital coupling (fission of the superstructure