5. An electron in a hydrogen atom relaxes to n=2 and emits a frequency of 6.169 x 1014 s-. Determine the excited orbit that this electron relaxed from. i= Ephoton = hr= (6. 626x103)( 6169 x1o" ) = 4.08758x10 %3D O SEaton= -Ephoton A Eatom = -48758x10g o Eatom= -2,19x10""5 )

Chemistry: An Atoms First Approach
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Chapter2: Atomic Structure And Periodicity
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Problem 66E: Consider an electron for a hydrogen atom in an excited state. The maximum wavelength of...
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5. An electron in a hydrogen atom relaxes to n = 2 and emits a frequency of 6.169 x 1014 s. Determine
the excited orbit that this electron relaxed from. i=
© Ephoton = hr= (6. 626x103)( 6 69 x10" 8) =
4.08758×10J
%3D
%3D
s Eaton=
-Ephoton A Eatom=
4.00758x10-13
O O Estum = -2x1oJ-)
-2.18x10-18
(1)
Transcribed Image Text:5. An electron in a hydrogen atom relaxes to n = 2 and emits a frequency of 6.169 x 1014 s. Determine the excited orbit that this electron relaxed from. i= © Ephoton = hr= (6. 626x103)( 6 69 x10" 8) = 4.08758×10J %3D %3D s Eaton= -Ephoton A Eatom= 4.00758x10-13 O O Estum = -2x1oJ-) -2.18x10-18 (1)
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