How can I solve a spectroscopic eclipsing binary system problem?

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SUMMARY

The discussion focuses on solving a problem related to "Spectroscopic Eclipsing Binary Systems" as outlined in the provided resources. The user seeks assistance before an upcoming astronomy competition, specifically regarding the analysis of spectral data to determine redshift or blueshift of stars. Key techniques involve analyzing wavelengths to ascertain the motion of celestial bodies. The provided links lead to instructional materials and answer keys relevant to the problem.

PREREQUISITES
  • Understanding of electromagnetic spectrum and its components
  • Familiarity with redshift and blueshift concepts
  • Basic knowledge of spectroscopic analysis techniques
  • Ability to interpret data from astronomical resources
NEXT STEPS
  • Study the principles of redshift and blueshift in astronomy
  • Learn how to analyze spectral data using spectroscopy tools
  • Review the provided instructional materials on eclipsing binary systems
  • Practice problems related to spectroscopic analysis in astronomy
USEFUL FOR

Astronomy students, educators, and enthusiasts preparing for competitions or seeking to deepen their understanding of spectroscopic methods in celestial observations.

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i have been trying to do this problem for an hour and i have no clue what to do for it... please help me

It's on the 4th page down and it is called "Spectroscopic eclipsing Binary System"

htt p://www.tufts.edu/as/wright_center/fellows/sci_olympiad/Spok_2000_C_Instrcs_&_Quests.pdf

this page has the answer to it:

htt p://www.tufts.edu/as/wright_center/fellows/sci_olympiad/Spok_2000_Rch_Strs_Answr_Key.pdf

i need help before sunday, cause that is when my astronomy competition is. thanks
 
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Ok I am no expert but perhaps I can help a little. From the wavelengths determine which part of the electromagnetic spectrum the light is then you can see if the star is red shifted or blue shifted ie moving away or nearer.
 

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