4. For each of the lines of the spectra, calculate the frequency (v) of the light, in s¹. C=+.X Hydrogen Color Helium Ne

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4 For Each Of The Lines Of The Spectra Calculate The Frequency V Of The Light In S C X Hydrogen Color Helium Ne 1 (34.83 KiB) Viewed 67 times

4 For Each Of The Lines Of The Spectra Calculate The Frequency V Of The Light In S C X Hydrogen Color Helium Ne 2 (27.8 KiB) Viewed 67 times

4 For Each Of The Lines Of The Spectra Calculate The Frequency V Of The Light In S C X Hydrogen Color Helium Ne 3 (20.43 KiB) Viewed 67 times

4 For Each Of The Lines Of The Spectra Calculate The Frequency V Of The Light In S C X Hydrogen Color Helium Ne 4 (71 KiB) Viewed 67 times

4. For each of the lines of the spectra, calculate the frequency (v) of the light, in s¹. C=+.X Hydrogen Color Helium Neon rod teal bluk Violet Color C-Spee 1= wavelength Color Frequency (s¹) 49.67317X10¹4 16.17.28 X10¹4 Frequency (s:¹) Frequency (s ¹)
5. For each of the lines of the spectra, calculate the energy of the light per photon, in J. Hydrogen Color Helium Neon Color Color Energy (J) Energy (1) Energy (J)
6. For each line of the hydrogen spectrum, what are n, and nf, and what color of light isproduced by an electron transitioning between these two shells? n/ nf Color
1411 Experiment 11B - Atomic Emission Spectroscopy DATA Color Red Teal Blue Blue Violet Violet Color Red Red Orange Yellow Teal Blue Blue Violet Color Red Red Orange Yellow-Orange Yellow Green HYDROGEN: Index Value 6.56 4.86 4.34 4.10 HELIUM: Index Value 7.81 7.07 5.88 5.01 4.47 3.88 NEON: Index Value 6.86 6.52 6.08 5.87 5.40 Wavelength (nm) 656 486 434 410 Wavelength (nm) 781.3 706.5 587.5 501.5 447.1 388.8 Wavelength (nm) 685 652.4 607.5 587.7 540.1