Fill in the table to predict the 'H NMR spectrum you expect for Compound A. Please note that we previously had a drawing tool that allowed you to circle the H environments and label them to coordinate to this table. That tool no longer functions in Moodle but it is a good step for you to apply when attempting this question! Simply assign the environments and a letter, do not worry if your letters do not match the ones in the answer table, being able to get the rest of the table correct is what you should focus on. OH Compound A Hydrogen environment Chemical shift (ppm) (letter) Splitting pattern Number of neighbouring protons Integration (How many protons in the signal?) Open block drawer

Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Fill in the table to predict the 'H NMR spectrum you expect for Compound A.
Please note that we previously had a drawing tool that allowed you to circle the H environments and label them to coordinate to this table. That tool no longer functions in
Moodle but it is a good step for you to apply when attempting this question! Simply assign the environments and a letter, do not worry if your letters do not match the ones in
the answer table, being able to get the rest of the table correct is what you should focus on.
OH
Compound A
Hydrogen
environment Chemical shift (ppm)
(letter)
Splitting pattern
Number of
neighbouring
protons
Integration
(How many
protons in
the signal?)
Open block drawer
Transcribed Image Text:Fill in the table to predict the 'H NMR spectrum you expect for Compound A. Please note that we previously had a drawing tool that allowed you to circle the H environments and label them to coordinate to this table. That tool no longer functions in Moodle but it is a good step for you to apply when attempting this question! Simply assign the environments and a letter, do not worry if your letters do not match the ones in the answer table, being able to get the rest of the table correct is what you should focus on. OH Compound A Hydrogen environment Chemical shift (ppm) (letter) Splitting pattern Number of neighbouring protons Integration (How many protons in the signal?) Open block drawer
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