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Problem (2): . A carbon deuterium C-D bond is electronically much like a C-H bond, and it has similar stiffness, measured by spring constant, k. The deuterium isotope has twice the mass of the hydrogen atom. Calculate the IR absorption frequency of a typical C-D bond. Given that the IR absorption frequency of C-H is 3000 cm-1? m(C) = 12u , m(H) = 1u %3D

Problem (2): . A carbon deuterium C-D bond is electronically much like a C-H bond, and it has similar stiffness, measured by spring constant, k. The deuterium isotope has twice the mass of the hydrogen atom. Calculate the IR absorption frequency of a typical C-D bond. Given that the IR absorption frequency of C-H is 3000 cm-1? m(C) = 12u , m(H) = 1u %3D

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
Chapter20: Molecular Spectroscopy And Photochemistry
Section: Chapter Questions
Problem 32P
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Problem (2): .A carbon deuterium C-D bond is electronically much like a C-H bond, and it has similar stiffness, measured by spring constant, k. The deuterium isotope has twice the mass of the hydrogen atom. Calculate the IR absorption frequency of a typical C-D bond. Given that the IR absorption frequency of C-H is 3000 cm-1? m(C) = 12u , m(H) = 1u
Transcribed Image Text:Problem (2): .A carbon deuterium C-D bond is electronically much like a C-H bond, and it has similar stiffness, measured by spring constant, k. The deuterium isotope has twice the mass of the hydrogen atom. Calculate the IR absorption frequency of a typical C-D bond. Given that the IR absorption frequency of C-H is 3000 cm-1? m(C) = 12u , m(H) = 1u
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