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One series of emission lines for the hydrogen atom, called the Pfund series, occurs in the infrared region. It results when an electron changes from higher energy levels to a level with n = 5. Calculate the wavelength and frequency of the lowest energy line of this series. The lowest energy line in this series occurs for an electron falling fromn= 6 to n = 5. AE = -2.662x10-20 J 1 = 7.462x106 m v = 4.018x1013 1/s (Hz)

One series of emission lines for the hydrogen atom, called the Pfund series, occurs in the infrared region. It results when an electron changes from higher energy levels to a level with n = 5. Calculate the wavelength and frequency of the lowest energy line of this series. The lowest energy line in this series occurs for an electron falling fromn= 6 to n = 5. AE = -2.662x10-20 J 1 = 7.462x106 m v = 4.018x1013 1/s (Hz)

Principles of Modern Chemistry
Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter4: Introduction To Quantum Mechanics
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9. One series of emission lines for the hydrogen atom, called the Pfund series, occurs in the infrared region. It results when an electron changes from higher energy levels to a level with n = 5. Calculate the wavelength and frequency of the lowest energy line of this series. %3D The lowest energy line in this series occurs for an electron falling from n = 6 ton=5. AE = -2.662x10-20 J 2 = 7.462x10-6 m v = 4.018x103 1/s (Hz) %3D %3D
Transcribed Image Text:9. One series of emission lines for the hydrogen atom, called the Pfund series, occurs in the infrared region. It results when an electron changes from higher energy levels to a level with n = 5. Calculate the wavelength and frequency of the lowest energy line of this series. %3D The lowest energy line in this series occurs for an electron falling from n = 6 ton=5. AE = -2.662x10-20 J 2 = 7.462x10-6 m v = 4.018x103 1/s (Hz) %3D %3D
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