User:David J Weiss/Notebook/notes Balmer: Difference between revisions
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==Balmer Series== | ==Balmer Series== | ||
In this expernment we will find through expernmentation the value of the Rydberg Constant through the observation of spectral lines of the Hydrogen Atom and the Deuterium Atom. | In this expernment we will find through expernmentation the value of the Rydberg Constant through the observation of spectral lines of the Hydrogen Atom and the Deuterium Atom. To do this we will excite the atoms of the Hydrogen and Deuterium by means of electric stimulation of the gas to excite the electrons in the gas to highter energy levels. When the electrons go back into the orignal energy levels they emit a photon whose wavelength is equal to the amount of energy of the electron. | ||
=Equipment= | =Equipment= | ||
Constant-Deviation Spectrometer | *Constant-Deviation Spectrometer | ||
*Spectrum Tube Power Supply Model SP200 5000V | *Spectrum Tube Power Supply Model SP200 5000V | ||
*Spectrum Tube, Mercury Vapor S-68755-30-k | *Spectrum Tube, Mercury Vapor S-68755-30-k | ||
| Line 13: | Line 13: | ||
==Notes== | ==Notes== | ||
=Day 1= | |||
=Day 2= | |||
=Referances= | =Referances= | ||
Revision as of 14:19, 14 September 2009
Balmer Series
In this expernment we will find through expernmentation the value of the Rydberg Constant through the observation of spectral lines of the Hydrogen Atom and the Deuterium Atom. To do this we will excite the atoms of the Hydrogen and Deuterium by means of electric stimulation of the gas to excite the electrons in the gas to highter energy levels. When the electrons go back into the orignal energy levels they emit a photon whose wavelength is equal to the amount of energy of the electron.
Equipment
- Constant-Deviation Spectrometer
- Spectrum Tube Power Supply Model SP200 5000V
- Spectrum Tube, Mercury Vapor S-68755-30-k
- Spectrum Tube, Hydrogen S-68755-30-G
- Spectrum Tube, Deuteruim S-68755-30-E
