Spectrum Line Table: Color, Wavelengths, and Energies for Observed Spectra

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SUMMARY

The discussion focuses on creating a spectral line table that includes color, wavelengths, and corresponding energies for observed spectra. Participants clarify that the task involves using personal experimental data rather than a generic spectrum. The method of calculating energy in Joules by subtracting the initial wavelength's energy from the final wavelength's energy is emphasized as a valid approach. The importance of accurately representing the order of colors from least to most energetic is also highlighted.

PREREQUISITES
  • Understanding of spectral lines and their significance in physics.
  • Knowledge of wavelength and energy calculations, specifically using the formula E = hc/λ.
  • Familiarity with color representation in the visible spectrum.
  • Experience with data analysis and table formatting in scientific contexts.
NEXT STEPS
  • Research the formula E = hc/λ for calculating energy from wavelength.
  • Explore the visible spectrum and the order of colors based on energy levels.
  • Learn how to create and format data tables for scientific presentations.
  • Investigate methods for analyzing experimental data in spectroscopy.
USEFUL FOR

Students in physics or chemistry courses, educators teaching spectroscopy, and anyone involved in experimental data analysis related to spectral lines.

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Homework Statement



Prepare a table of spectral lines by color, with correct wavelengths, and corresponding energies for every line spectrum you observed. Pick one line spectrum and explain the order of color from least to most energetic

Homework Equations



I'm not quite sure what to do here. I emailed my professor and he was of no help. Does it sound like I am to prepare a generic spectra or one that corresponds to my data? Also, how many energy answers am I suppose to have for each spectra.

The Attempt at a Solution



I attempted to make the data table based on my data rather than a generic spectra. Also, I took the initial wavelength and used it to find energy in Joules and subtracted that from the final wavelength's energy to come up up with my final answer.
 
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You took spectra as part of some experiment, I guess, and you have some experimental data lying on your desk (I guess)? Use them.
 

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