
Results: The side distinction results are the colors from the different solids burnt: Test provide #Colors of Line Emission SpectrumColor of flare out 2Orange, (red bureau dark to the left)Light purple/Orange 6Orange, (Red way stumble to the left)Bright Orange 7Green, Orange, RedRedish Orange The following results are the colors and wavelengths observed of the hydrogen spectrum: Colors of Line Emission SpectrumWavelength Red650 nm Green480 nm purplish/Blue430 nm Discussion: Colorfrequency (Hz)Energy of photon (J)Change in E (J)Rydbergs constant Red4.612 x 10^143.06 x 10^-19-3.06 x 10^-19-2.203 x 10^-18 Green6.246 x 10^144.14 x 10^-19-4.14 x 10^-19-2.208 x 10^-18 Purple/Blue6.972 x 10^144.62 x 10^-19-4.62 x 10^-19-2.200 x 10^-18 Average Rydberg Constant= -2.204 x 10^-18 Actual Con stant= -2.2 x 10^-18 stock parenthesis= .! 182% Calculations: Beaker N contained the test tubes 2, 6, and 7. Based on the colors emitted in the line spectrum, test tube 2 could peradventure be the metal K - potassium. It resembled very closely the very(prenominal) line spectrum and colors by having rather faint lines and a hardly a(prenominal) scattered brighter lights of orange and red. Test tube 6 could take a leak been...If you want to get a full essay, order it on our website: BestEssayCheap.com
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