4.323N9s8s7s6s5 s²S112100 60906911.3--12,43412,5234044.117664.1-²P3127699.0²P 1/24047.2-6965.011.771.7²D 5/2, 3/26d.5d4 d6936.011,689.8-15f²F 7/2,5/215,166.3-1 Use the figure below to answer thefollowing:a) Determine the energy difference betweenthe 6s and 5p states, as well as the energydifference between the 4d and 5p statesand between the 6s and 4d states.(b) The transitions from (4d to 5p) and (4dto 5s) are allowed, respectively. Why?(c) What are the four selection rules,including the four atomic quantum numbers,in general for an electronic transitioninvolving the emission or absorption of aphoton for an atom?(d) What are the energies of the 5p, 6s, and4d levels now that it is known that the 4slevel is really at -4.34 eV rather than 0 eV?-In the following Figure. Potassiumtransitions with wavelength labels inA' (angstrom). The ground state has beenskewed to read zero eV, as you can see.Actually, the ground state is at -4.34 eV.

To calculate the energy difference between 6s and 5p states, 4d and 5p states, and between the 6s…

Use the figure below to answer the following: a) Determine the energy difference between the 6s and 5p states, as well as the energy difference between the 4d and 5p states and between the 6s and 4d states.

Use the figure below to answer the following: a) Determine the energy difference between the 6s and 5p states, as well as the energy difference between the 4d and 5p states and between the 6s and 4d states.

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Question

4.32
3
N
9s
8s
7s
6s
5 s
²S112
100 6090
6911.3-
-12,434
12,523
4044.11
7664.1-
²P312
7699.0
²P 1/2
4047.2-
6965.0
11.771.7
²D 5/2, 3/2
6d.
5d
4 d
6936.0
11,689.8-
1
5f
²F 7/2,5/2
15,166.3-
1

Use the figure below to answer the
following:
a) Determine the energy difference between
the 6s and 5p states, as well as the energy
difference between the 4d and 5p states
and between the 6s and 4d states.
(b) The transitions from (4d to 5p) and (4d
to 5s) are allowed, respectively. Why?
(c) What are the four selection rules,
including the four atomic quantum numbers,
in general for an electronic transition
involving the emission or absorption of a
photon for an atom?
(d) What are the energies of the 5p, 6s, and
4d levels now that it is known that the 4s
level is really at -4.34 eV rather than 0 eV?
-In the following Figure. Potassium
transitions with wavelength labels in
A' (angstrom). The ground state has been
skewed to read zero eV, as you can see.
Actually, the ground state is at -4.34 eV.

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