A hydrogen atom is in the 4f state. Determine: (a) the energy of the state (b) the orbital angular momentum (c) the possible values for the magnetic quantum number mị (d) the largest possible value for L. (e) the z component of magnetic moment associated with this L. (express in terms of µB) (f) List one allowed transition and one forbidden transition for an electron in this highest sub-shell Note: express all quantities associated with angular momentum in terms of h-bar. and its quantum number I

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Chapter1: Units, Trigonometry. And Vectors
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A hydrogen atom is in the 4f state. Determine:
(a) the energy of the state
(b) the orbital angular momentum L and its quantum number l
(c) the possible values for the magnetic quantum number mị
(d) the largest possible value for L,
(e) the z component of magnetic moment associated with this L (express in terms of µB)
(f) List one allowed transition and one forbidden transition for an electron in this highest sub-shell
Note: express
all quantities associated with angular momentum in terms of h-bar.
Transcribed Image Text:A hydrogen atom is in the 4f state. Determine: (a) the energy of the state (b) the orbital angular momentum L and its quantum number l (c) the possible values for the magnetic quantum number mị (d) the largest possible value for L, (e) the z component of magnetic moment associated with this L (express in terms of µB) (f) List one allowed transition and one forbidden transition for an electron in this highest sub-shell Note: express all quantities associated with angular momentum in terms of h-bar.
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