Lculations For The Report Use The Equation On Your Graph To Determine The Experimental Wavelengths Of The Lines In The H 1 (30.96 KiB) Viewed 70 times
Lculations For The Report Use The Equation On Your Graph To Determine The Experimental Wavelengths Of The Lines In The H 2 (15.69 KiB) Viewed 70 times
LCULATIONS FOR THE REPORT Use the equation on your graph to determine the experimental wavelengths of the lines in the hydrogen emission spectrum. To do this, solve the equation from your graph for each hydrogen emission line; in the equation, y is the wavelength and x is the scale reading from the spectroscope. Determine the theoretical wavelengths of these emission lines using the Rydberg equation below. The simplest way to calculate these theoretical values is to use the guess and check method. =R where and R=1.097373 x 10m final initial Assign each of the observed wavelengths of light to an energy level transition within the Bohr model. The Atomie Spectrum of Hydrogen Blue Violet 520 RESULTS Color of line Scale reading farti units) Experimental wavelength (mm) True wavelength (nm) error in wavelength Energy level transition Red 194 GS 07 Vie D.ES 10.1 101 02 Oro 9-4
Hydrogen Spectroscopy 700 650 600 Known Wavelength 550 500 450 y-0.5031211205-1263485538 400 10 0 Spectroscope Readings
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