For each spectral data alkyl) for each ¹³C NM 13C

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
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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I already have the degrees of unsaturation (question 1) and just need 2 and 3

PROBLEMS
1. For each spectral data set, determine the general type (C, CH, CH₂, or CH3) of each carbon signal.
Are there any signals representing more than one carbon? How many degrees of unsaturation are
there in each formula?
a. CsH16O2
14.0, q
14.3, q
17.1, q
20.4, t
36.0, t
39.4, d
60.0, t
176.6, s
b. C6H1003
54.1, q
107.1, d
131.2, d
c. C7H16O
14.4, q
16.6, q
20.1, t
35.5, t
35.6, d
68.3, t
d. C7H8
50.2, d
75.3, t
143.3, d
2. For each spectral data set in (1.) above, determine the general types of carbons (carbonyl, C=C, or
13,
alkyl) for each ¹3C NMR signal.
3. For each spectral data set in (1.), determine the number of identical carbons generating each signal.
Transcribed Image Text:PROBLEMS 1. For each spectral data set, determine the general type (C, CH, CH₂, or CH3) of each carbon signal. Are there any signals representing more than one carbon? How many degrees of unsaturation are there in each formula? a. CsH16O2 14.0, q 14.3, q 17.1, q 20.4, t 36.0, t 39.4, d 60.0, t 176.6, s b. C6H1003 54.1, q 107.1, d 131.2, d c. C7H16O 14.4, q 16.6, q 20.1, t 35.5, t 35.6, d 68.3, t d. C7H8 50.2, d 75.3, t 143.3, d 2. For each spectral data set in (1.) above, determine the general types of carbons (carbonyl, C=C, or 13, alkyl) for each ¹3C NMR signal. 3. For each spectral data set in (1.), determine the number of identical carbons generating each signal.
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