11. Shown below is part of the atomic emission spectrum for the H atom, in which the three highest energy groups of emission lines are shown. Please determine the initial (ninitial) and final (nfinal) states of the Page 2 transition indicated by the arrow. ? Paschen series Balmer series Lyman series wavelength 4 A. nfinal В. Пfinal C. nfinal D. nfinal 3; ninitial 4 3; ninitial 5 3; ninitial 2; ninitial E. None of the above. wu 16 122 nm 365 nm |||| 656 nm 820 nm 1875 nm

11. Shown below is part of the atomic emission spectrum for the H atom, in which the three highest energy groups of emission lines are shown. Please determine the initial (ninitial) and final (nfinal) states of the Page 2 transition indicated by the arrow. ? Paschen series Balmer series Lyman series wavelength 4 A. nfinal В. Пfinal C. nfinal D. nfinal 3; ninitial 4 3; ninitial 5 3; ninitial 2; ninitial E. None of the above. wu 16 122 nm 365 nm |||| 656 nm 820 nm 1875 nm

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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Question

11. Shown below is part of the atomic emission spectrum for the H atom, in which the three highest energy
groups of emission lines are shown. Please determine the initial (ninitial) and final (nfinal) states of the
Page 2
transition indicated by the arrow.
?
Paschen series
Balmer series
Lyman
series
wavelength
4
A. nfinal
В. Пfinal
C. nfinal
D. nfinal
3; ninitial
4
3; ninitial
5
3; ninitial
2; ninitial
E. None of the above.
wu 16
122 nm
365 nm
||||
656 nm
820 nm
1875 nm

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