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25. It is possible to measure the way light interacts with a material. In one lab we looked at how much light is transmitted through a colored solution. Since different wavelengths of light have different energies, we can interpret some of the energies involved in these compounds. a) What is the "opposite" of percent transmission (%T)? b) What does the visible spectrum of a material, especially that from a complex compound of a transition metal, tell us about the material? c) Describe a way to measure the spectrum of a solution.

25. It is possible to measure the way light interacts with a material. In one lab we looked at how much light is transmitted through a colored solution. Since different wavelengths of light have different energies, we can interpret some of the energies involved in these compounds. a) What is the "opposite" of percent transmission (%T)? b) What does the visible spectrum of a material, especially that from a complex compound of a transition metal, tell us about the material? c) Describe a way to measure the spectrum of a solution.

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
Chapter22: Inorganic Materials
Section: Chapter Questions
Problem 26P
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25. It is possible to measure the way light interacts with a material. In one lab we looked at how much light is transmitted through a colored solution. Since different wavelengths of light have diferent energies, we can interpret some of the energies involved in these compounds. a) What is the "opposite" of percent transmission (%T)? b) What does the visible spectrum of a material, especially that from a complex compound of a transition metal, tell us about the material? c) Describe a way to measure the spectrum of a solution. d) Is it possible to use the spectra of different materials to identify them? How?
Transcribed Image Text:25. It is possible to measure the way light interacts with a material. In one lab we looked at how much light is transmitted through a colored solution. Since different wavelengths of light have diferent energies, we can interpret some of the energies involved in these compounds. a) What is the "opposite" of percent transmission (%T)? b) What does the visible spectrum of a material, especially that from a complex compound of a transition metal, tell us about the material? c) Describe a way to measure the spectrum of a solution. d) Is it possible to use the spectra of different materials to identify them? How?
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