
Concept explainers
(a)
The total number of electron state for the given principal quantum number.
(a)

Answer to Problem 32P
The total number of electron state is
Explanation of Solution
Given:
The principal quantum number is
Formula used:
The expression to calculate the possible values of orbital number is given by,
Here
The expression to calculate the possible values of magnetic orbital quantum number is given by,
Here
Calculation:
The possible values of the orbital number is calculated as,
So, the possible value of the orbital numbers are
The possible values of the magnetic orbital quantum number for
So, the possible value of the magnetic orbital numbers is
The possible values of the magnetic orbital quantum number for
So, the possible value of the magnetic orbital numbers is
The possible values of the magnetic orbital quantum number for
So, the possible value of the magnetic orbital numbers is
The possible values of the magnetic orbital quantum number for
So, the possible value of the magnetic orbital numbers is
The different possible combinations of
Table 1
The possible number of combination is
Conclusion:
Therefore, the total number of electron states is
(b)
The total number of electron state for the given principal quantum number.
(b)

Answer to Problem 32P
The total number of electron state is
Explanation of Solution
Given:
The principal quantum number is
Formula used:
The expression to calculate the possible values of orbital number is given by,
Here
The expression to calculate the possible values of magnetic orbital quantum number s given by,
Here
Calculation:
The possible values of the orbital number is calculated as,
So, the possible value of the orbital numbers are
The possible values of the magnetic orbital quantum number for
So, the possible value of the magnetic orbital numbers is
The possible values of the magnetic orbital quantum number for
So, the possible value of the magnetic orbital numbers is
The different possible combinations of
Table 2
The possible number of combination is
Conclusion:
Therefore, the total number of electron states is
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Chapter 36 Solutions
EBK PHYSICS FOR SCIENTISTS AND ENGINEER
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