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Source and Color of Line 1. H (red) n = 3→n=2 2. H (blue) n=4 →n=2 3. H (violet) n = 5→n=2 . He (yellow) -.Hg (green) - Η n=2 →n=1 a (cm) 100 d Wavelength Wavelength Frequ (cm) (cm) (nm) (s -8 0.3867 1.06x10 1166167 30 0.287 3 7.95-169 b (cm) 42, 77897 26 0.254 6.9875 (6980 38.9 34. 0.3709 6.03 X1075 0.3277 5.35.105 535 603 0 535 10 Show calculation to determine d here:

Source and Color of Line 1. H (red) n = 3→n=2 2. H (blue) n=4 →n=2 3. H (violet) n = 5→n=2 . He (yellow) -.Hg (green) - Η n=2 →n=1 a (cm) 100 d Wavelength Wavelength Frequ (cm) (cm) (nm) (s -8 0.3867 1.06x10 1166167 30 0.287 3 7.95-169 b (cm) 42, 77897 26 0.254 6.9875 (6980 38.9 34. 0.3709 6.03 X1075 0.3277 5.35.105 535 603 0 535 10 Show calculation to determine d here:

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Fill in the remaining columns except kj/mole
hemistry M01A Lal Source and Color of Line 1. H (red) n=3 →n=2 2. H (blue) n=4 →n=2 3. H (violet) n=5 ⇒n=2 4. He (yellow) 5. Hg (green) 6. H n=2 →n=1 7. H n=∞→n=1 8. H n=4 →n=3 9. H n=∞→n=3 10. H n=∞→n=2 a (cm) 42 100 yall La/ STAD b (cm) d (cm) 0.3567 1.06x108 30 0.287 3 7.99-109 42, Energy Wavelength Wavelength Frequency (cm) (nm) (S-¹) (J/photon) (kJ/mole) Energy 1166167 7.7897 26 38.9 34. S 0.254 6.98x6 (698 0.3709 6.03 X10 603 0,3277 5.35.10 535 -5 Show calculation to determine d here: Rydberg Eq calculation of λ (nm) IR, Vis, UV IR, Vis, UV IR, Vis, UV IR, Vis, UV IR, Vis, UV
Transcribed Image Text:hemistry M01A Lal Source and Color of Line 1. H (red) n=3 →n=2 2. H (blue) n=4 →n=2 3. H (violet) n=5 ⇒n=2 4. He (yellow) 5. Hg (green) 6. H n=2 →n=1 7. H n=∞→n=1 8. H n=4 →n=3 9. H n=∞→n=3 10. H n=∞→n=2 a (cm) 42 100 yall La/ STAD b (cm) d (cm) 0.3567 1.06x108 30 0.287 3 7.99-109 42, Energy Wavelength Wavelength Frequency (cm) (nm) (S-¹) (J/photon) (kJ/mole) Energy 1166167 7.7897 26 38.9 34. S 0.254 6.98x6 (698 0.3709 6.03 X10 603 0,3277 5.35.10 535 -5 Show calculation to determine d here: Rydberg Eq calculation of λ (nm) IR, Vis, UV IR, Vis, UV IR, Vis, UV IR, Vis, UV IR, Vis, UV
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