True or False a. UV-Vis spectroscopy normally reports data in the from of bands rather than single peaks because of overlapping electronic transitions that are being recorded by the detector. (T/F) b. When using linear regression to translate absorption data using Beer's Law, the y-intercept (+b) of the linear equation represents the path length. (T/F) c. Phosphorescent materials give a glowing effect because the electrons remain at an excited state for much longer, which is the cause for the "glow". (T/F)
True or False a. UV-Vis spectroscopy normally reports data in the from of bands rather than single peaks because of overlapping electronic transitions that are being recorded by the detector. (T/F) b. When using linear regression to translate absorption data using Beer's Law, the y-intercept (+b) of the linear equation represents the path length. (T/F) c. Phosphorescent materials give a glowing effect because the electrons remain at an excited state for much longer, which is the cause for the "glow". (T/F)
Organic Chemistry: A Guided Inquiry
2nd Edition
ISBN:9780618974122
Author:Andrei Straumanis
Publisher:Andrei Straumanis
ChapterL1: Infrared Spectroscopy
Section: Chapter Questions
Problem 13CTQ
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1. True or False
a. UV-Vis spectroscopy normally reports data in the from of bands rather than single peaks because of overlapping electronic transitions that are being recorded by the detector. (T/F)
b. When using linear regression to translate absorption data using Beer's Law, the y-intercept (+b) of the linear equation represents the path length. (T/F)
c. Phosphorescent materials give a glowing effect because the electrons remain at an excited state for much longer, which is the cause for the "glow". (T/F)
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