Finding Absorption Lines in Hydrogen Atom (n=10)

In summary, absorption lines in a hydrogen atom with n=10 can be found by using a spectroscope or spectrometer to measure the emitted light and detect any absorption lines. These lines are caused by the absorption of light at specific frequencies by the electrons in the atom, when the energy of the light matches the energy difference between energy levels, specifically at n=10. Absorption lines can be distinguished from emission lines by their appearance on a spectrum, with absorption lines appearing as dark lines and emission lines as bright lines. While other elements and molecules may produce absorption lines at the n=10 level, they may not be as easily detectable. However, absorption lines at this level have practical applications in astronomy and spectroscopy, such as studying the
  • #1
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Could anyone help solve a problem how to find absorption lines in hydrogen atom from n=10 (n - principal quantum number). I know that not all quantum jumps of an electron in atom are possible, thus I don't know how many different emission lins will be from this energy level where n=10.
 
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  • #2
Have you learned about the selection rules?
 
  • #3
May be, bet don't recall. Thank you for the reminder. Will check them out.
 

Related to Finding Absorption Lines in Hydrogen Atom (n=10)

1. How can I find absorption lines in a hydrogen atom with n=10?

To find absorption lines in a hydrogen atom with n=10, you can use a spectroscope or a spectrometer. These instruments can measure the light emitted from the atom and detect any absorption lines.

2. What causes absorption lines in a hydrogen atom?

Absorption lines in a hydrogen atom are caused by the absorption of light at specific frequencies by the electrons in the atom. This absorption occurs when the energy of the light matches the energy difference between different energy levels in the atom, specifically the n=10 energy level in this case.

3. How can I distinguish between absorption lines and emission lines in a hydrogen atom?

Absorption lines and emission lines can be distinguished by their appearance on a spectrum. Absorption lines appear as dark lines, while emission lines appear as bright lines. Absorption lines occur when light is absorbed by the atom, while emission lines occur when the atom emits light.

4. Are there any other elements or molecules that can produce absorption lines at the n=10 energy level?

There are other elements and molecules that can produce absorption lines at the n=10 energy level, but they may not be as prominent as in a hydrogen atom. Each element and molecule has its own unique energy levels, so absorption lines at the n=10 level may not be as easily detectable in other substances.

5. Can absorption lines at the n=10 level be used for any practical applications?

Yes, absorption lines at the n=10 energy level can be used for various practical applications. They are commonly used in astronomy to study the composition and structure of stars, as well as in spectroscopy and chemical analysis to identify and quantify different substances based on their absorption spectra.

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