Which is TRUE for spectroscopy of a mixture? O A. The absorbance for a mixture at a particular wavelength is the sum of the absorbances for the components that absorb at the particular wavelength. O B. Spectrophotometers can differentiate between mixture components that absorb at the same wavelength. C. Each component in a mixture has the same molar absorptivity at the same wavelength. O D. The concentration for each component in a mixture is easily calculated by least squares for guesses of each component when the individual spectra are well resolved.
Which is TRUE for spectroscopy of a mixture? O A. The absorbance for a mixture at a particular wavelength is the sum of the absorbances for the components that absorb at the particular wavelength. O B. Spectrophotometers can differentiate between mixture components that absorb at the same wavelength. C. Each component in a mixture has the same molar absorptivity at the same wavelength. O D. The concentration for each component in a mixture is easily calculated by least squares for guesses of each component when the individual spectra are well resolved.
Chapter25: Instruments For Optical Spectrometry
Section: Chapter Questions
Problem 25.6QAP
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![Question 37
Which is TRUE for spectroscopy of a mixture?
O A. The absorbance for a mixture at a particular wavelength is the sum of the absorbances for the components that absorb at the particular
wavelength.
B. Spectrophotometers can differentiate between mixture components that absorb at the same wavelength.
O . Each component in a mixture has the same molar absorptivity at the same wavelength.
O D. The concentration for each component in a mixture is easily calculated by least squares for guesses of each component when the individual
spectra are well resolved.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb721afff-cd27-4ef5-bd55-7647e9af15b4%2F4e470cfa-f258-4d15-b02f-7f33d997e949%2Fiv2dy7o_processed.png&w=3840&q=75)
Transcribed Image Text:Question 37
Which is TRUE for spectroscopy of a mixture?
O A. The absorbance for a mixture at a particular wavelength is the sum of the absorbances for the components that absorb at the particular
wavelength.
B. Spectrophotometers can differentiate between mixture components that absorb at the same wavelength.
O . Each component in a mixture has the same molar absorptivity at the same wavelength.
O D. The concentration for each component in a mixture is easily calculated by least squares for guesses of each component when the individual
spectra are well resolved.
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