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Several absorption transitions between energy levels of Na are indicated in the figure below. Some of these are allowed and some are not. Find the four allowed absorption transitions and, by dragging and dropping a tick or a cross into the box next to the line representing each transition, indicate them in the figure. You need to put either a tick or a cross on all boxes. energy 3s 6d 6f бр 6s 5d 5f 5p 4d 4f 5s 4p 3d 4s 3p Complete the following paragraph: The diagram above shows that in Na, states with the same ʼn but different / quantum numbers have different energies. The effect responsible for this break-up in degeneracy in Na is referred to as Closed shells partially shield the outer electron angular momentum penetrate the closed- from the nucleus. Electrons with shell more and therefore 'see' a higher effective nuclear charge, feeling a stronger attractive force. Therefore, for a given n, the smaller / is, the lower the energy of the state.

Several absorption transitions between energy levels of Na are indicated in the figure below. Some of these are allowed and some are not. Find the four allowed absorption transitions and, by dragging and dropping a tick or a cross into the box next to the line representing each transition, indicate them in the figure. You need to put either a tick or a cross on all boxes. energy 3s 6d 6f бр 6s 5d 5f 5p 4d 4f 5s 4p 3d 4s 3p Complete the following paragraph: The diagram above shows that in Na, states with the same ʼn but different / quantum numbers have different energies. The effect responsible for this break-up in degeneracy in Na is referred to as Closed shells partially shield the outer electron angular momentum penetrate the closed- from the nucleus. Electrons with shell more and therefore 'see' a higher effective nuclear charge, feeling a stronger attractive force. Therefore, for a given n, the smaller / is, the lower the energy of the state.

Intro Spectroscopy
Intro Spectroscopy
5th Edition
ISBN:9781305221796
Author:PAVIA
Publisher:PAVIA
Chapter6: Nuclear Magnetic Resonance Spectroscopy Part Two: Carbon-13 Spectra, Including Heteronuclear Coupling With Other Nuclei
Section: Chapter Questions
Problem 20P
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Several absorption transitions between energy levels of Na are indicated in the figure below. Some of these are allowed and some are not. Find the four allowed absorption transitions and, by dragging and dropping a tick or a cross into the box next to the line representing each transition, indicate them in the figure. You need to put either a tick or a cross on all boxes. energy 3s 6d 6f бр 6s 5d 5f 5p 4d 4f 5s 4p 3d 4s 3p Complete the following paragraph: The diagram above shows that in Na, states with the same ʼn but different / quantum numbers have different energies. The effect responsible for this break-up in degeneracy in Na is referred to as Closed shells partially shield the outer electron angular momentum penetrate the closed- from the nucleus. Electrons with shell more and therefore 'see' a higher effective nuclear charge, feeling a stronger attractive force. Therefore, for a given n, the smaller / is, the lower the energy of the state.
Transcribed Image Text:Several absorption transitions between energy levels of Na are indicated in the figure below. Some of these are allowed and some are not. Find the four allowed absorption transitions and, by dragging and dropping a tick or a cross into the box next to the line representing each transition, indicate them in the figure. You need to put either a tick or a cross on all boxes. energy 3s 6d 6f бр 6s 5d 5f 5p 4d 4f 5s 4p 3d 4s 3p Complete the following paragraph: The diagram above shows that in Na, states with the same ʼn but different / quantum numbers have different energies. The effect responsible for this break-up in degeneracy in Na is referred to as Closed shells partially shield the outer electron angular momentum penetrate the closed- from the nucleus. Electrons with shell more and therefore 'see' a higher effective nuclear charge, feeling a stronger attractive force. Therefore, for a given n, the smaller / is, the lower the energy of the state.
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