
Concept explainers
Interpretation:
A table of first
Concept introduction:
Rydberg equation is used to represent the wavenumber or wavelength of the lines present in the atomic spectrum of an element. The Rydberg equation for the hydrogen atom is represented as,
Where,
•
•
•

Answer to Problem 9.61E
The table for the first
S.no. | Wavenumber |
Wavenumber |
Wavenumber |
Wavenumber |
Wavenumber |
Wavenumber |
|
1. | |||||||
2. | |||||||
3. | |||||||
4. | |||||||
5. | |||||||
6. | |||||||
7. | |||||||
8. | |||||||
9. | |||||||
10. | |||||||
11. | - |
Table 1
The table for the series limit for first six series of the hydrogen atom spectrum is shown below.
S.no. | Wavenumber |
|
1. | ||
2. | ||
3. | ||
4. | ||
5. | ||
6. |
Table 2
Explanation of Solution
The wavenumber in the hydrogen atom spectrum is calculated by the formula,
Where,
•
•
The first six series in the hydrogen atom spectrum have the value of
S.no. | Wavenumber |
Wavenumber |
Wavenumber |
Wavenumber |
Wavenumber |
Wavenumber |
|
1. | |||||||
2. | |||||||
3. | |||||||
4. | |||||||
5. | |||||||
6. | |||||||
7. | |||||||
8. | |||||||
9. | |||||||
10. | |||||||
11. | - |
Table 1
The series limit is when
The table for the series limit for first six series of the hydrogen atom spectrum is shown below.
S.no. | Wavenumber |
|
1. | ||
2. | ||
3. | ||
4. | ||
5. | ||
6. |
Table 2
The table for the first
S.no. | Wavenumber |
Wavenumber |
Wavenumber |
Wavenumber |
Wavenumber |
Wavenumber |
|
1. | |||||||
2. | |||||||
3. | |||||||
4. | |||||||
5. | |||||||
6. | |||||||
7. | |||||||
8. | |||||||
9. | |||||||
10. | |||||||
11. | - |
Table 1
The table for the series limit for first six series of the hydrogen atom spectrum is shown below.
S.no. | Wavenumber |
|
1. | ||
2. | ||
3. | ||
4. | ||
5. | ||
6. |
Table 2
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Chapter 9 Solutions
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