When light passes through a compound some wavelengths are absorbed because their energy is used to promote an electron into a higher energy orbital. Which of the following statements regarding the possible transitions is not true? A. The wavelengths involving the following transitions decrease in the order of antibonding - antibonding nonbonding B. The n→ * transition absorbs light of the highest frequency. C. The o → o* transition absorbs light of highest bonding bonding wavenumber. D. Both A and B. E. Both A and C. Electronic molecular energy level
When light passes through a compound some wavelengths are absorbed because their energy is used to promote an electron into a higher energy orbital. Which of the following statements regarding the possible transitions is not true? A. The wavelengths involving the following transitions decrease in the order of antibonding - antibonding nonbonding B. The n→ * transition absorbs light of the highest frequency. C. The o → o* transition absorbs light of highest bonding bonding wavenumber. D. Both A and B. E. Both A and C. Electronic molecular energy level
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter5: Electron Configurations And The Periodic Table
Section: Chapter Questions
Problem 113QRT
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Question

Transcribed Image Text:When light passes through a compound some
wavelengths are absorbed because their energy is used
to promote an electron into a higher energy orbital.
Which of the following statements regarding the
possible transitions is not true?
A. The wavelengths involving the following transitions
decrease in the order of
antibonding
antibonding
nonbonding
B. The n→ n* transition absorbs light of the highest
frequency.
C. The o → o* transition absorbs light of highest
wavenumber.
D. Both A and B.
bonding
bonding
E. Both A and C.
Electronic molecular energy level
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