Given the equation below, what is the chemical shift (d) of a 'H NMR resonance if the signal resonates with a frequency of 4500 Hz downfield relative to TMS, and the spectrometer frequency is 600 MHz. 8 = [ ( signal frequency frequency ) / spectrometer frequency ] x 106 TMS A. 9.00 ppm В. 8.50 рpm С. 7.50 рpm D. 6.00 ppm Е. 5.50 рpm C A
Given the equation below, what is the chemical shift (d) of a 'H NMR resonance if the signal resonates with a frequency of 4500 Hz downfield relative to TMS, and the spectrometer frequency is 600 MHz. 8 = [ ( signal frequency frequency ) / spectrometer frequency ] x 106 TMS A. 9.00 ppm В. 8.50 рpm С. 7.50 рpm D. 6.00 ppm Е. 5.50 рpm C A
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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![Given the equation below, what is the chemical shift
(d) of a 'H NMR resonance if the signal resonates with
a frequency of 4500 Hz downfield relative to TMS,
and the spectrometer frequency is 600 MHz.
[ ( signal frequency
frequency ) / spectrometer frequency ] x 106
TMS
%3D
A. 9.00 ppm
В. 8.50 рpm
С. 7.50 рpm
D. 6.00 ppm
Е. 5.50 рpm
Ос
O A
O E
В](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc3275796-b029-439c-8f74-d618d19371ab%2F17b2f1d7-de63-4b48-86dc-e650ff02fa74%2Fm7uz7jm_processed.png&w=3840&q=75)
Transcribed Image Text:Given the equation below, what is the chemical shift
(d) of a 'H NMR resonance if the signal resonates with
a frequency of 4500 Hz downfield relative to TMS,
and the spectrometer frequency is 600 MHz.
[ ( signal frequency
frequency ) / spectrometer frequency ] x 106
TMS
%3D
A. 9.00 ppm
В. 8.50 рpm
С. 7.50 рpm
D. 6.00 ppm
Е. 5.50 рpm
Ос
O A
O E
В
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