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Emission of Light from Hydrogen and Metal Atoms A (meter) yim) V.138 3 1.11 1 0.0015 20S475 0.21 5 O.04 23 03100 0.02 10,12 6 2518022 4. Calculate the change in energy for each transition, ", 3,4, 5,6 and n, 2. Show your work and give the results in units of joules. 71 E (0.076X30X#) paaryle ")( hc ΔΕ. 1 = hcR Equation 3 п; H 71 3-2: AE = 3.02x10-19 T)(LMXLUA 1)(ADX00 E1(e ANaz9 4 2: AE = 4.09x10-1 J 4.511017 J 52: AE= 4.7 XIu J 6 2: AE= .85 x10-M Derive Fquation 3 from Equation 1: 4

Emission of Light from Hydrogen and Metal Atoms A (meter) yim) V.138 3 1.11 1 0.0015 20S475 0.21 5 O.04 23 03100 0.02 10,12 6 2518022 4. Calculate the change in energy for each transition, ", 3,4, 5,6 and n, 2. Show your work and give the results in units of joules. 71 E (0.076X30X#) paaryle ")( hc ΔΕ. 1 = hcR Equation 3 п; H 71 3-2: AE = 3.02x10-19 T)(LMXLUA 1)(ADX00 E1(e ANaz9 4 2: AE = 4.09x10-1 J 4.511017 J 52: AE= 4.7 XIu J 6 2: AE= .85 x10-M Derive Fquation 3 from Equation 1: 4

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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Emission of Light from Hydrogen and Metal Atoms A (meter) yim) V.138 3 1.11 1 0.0015 20S475 0.21 5 O.04 23 03100 0.02 10,12 6 2518022 4. Calculate the change in energy for each transition, ", 3,4, 5,6 and n, 2. Show your work and give the results in units of joules. 71 E (0.076X30X#) paaryle ")( hc ΔΕ. 1 = hcR Equation 3 п; H 71 3-2: AE = 3.02x10-19 T)(LMXLUA 1)(ADX00 E1(e ANaz9 4 2: AE = 4.09x10-1 J 4.511017 J 52: AE= 4.7 XIu J 6 2: AE= .85 x10-M Derive Fquation 3 from Equation 1: 4
Transcribed Image Text:Emission of Light from Hydrogen and Metal Atoms A (meter) yim) V.138 3 1.11 1 0.0015 20S475 0.21 5 O.04 23 03100 0.02 10,12 6 2518022 4. Calculate the change in energy for each transition, ", 3,4, 5,6 and n, 2. Show your work and give the results in units of joules. 71 E (0.076X30X#) paaryle ")( hc ΔΕ. 1 = hcR Equation 3 п; H 71 3-2: AE = 3.02x10-19 T)(LMXLUA 1)(ADX00 E1(e ANaz9 4 2: AE = 4.09x10-1 J 4.511017 J 52: AE= 4.7 XIu J 6 2: AE= .85 x10-M Derive Fquation 3 from Equation 1: 4
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