Consider two different states of a hydrogen atom In state I the maximum value of the magnetic quantum number is m 3 in state II the corresponding maximum value is m 2 Let LI and LII represent the magnitudes of the orbital angular momentum of an electron in states I and II, respectively (a) Is LI gr...

According to Equation 3113 the maximum magnetic quantum number is equal to the orbital angu ...

Consider two different states of a hydrogen atom. In state I the maximum value of the magnetic

Question:

Consider two different states of a hydrogen atom. In state I the maximum value of the magnetic quantum number is mℓ = 3; in state II the corresponding maximum value is mℓ = 2. Let LI and LII represent the magnitudes of the orbital angular momentum of an electron in states I and II, respectively.

(a) Is LI greater than, less than, or equal to LII? Explain.

(b) Calculate the ratio LI / LII.