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do # 3 part ab & c: 3. (a) Analyze the 'H NMR data (from 53.0-7.0) and complete the following table for (D)-(-)-carvone. Assign the alkene signals. Use the labeling convention provided for full credit. HA H3C. HB H3 Hc Ho HF HE Ho chemical shift (8) multiplicity coupling integration assignment constant (b) Analyze the H NMR data (from 53.0-7.0) for the epoxycarvone product. Use the same labeling convention as above. chemical shift (8) multiplicity coupling constant integration assignment (c) Based on the NMR data, which alkene reacted? Or did both alkenes react?

do # 3 part ab & c: 3. (a) Analyze the 'H NMR data (from 53.0-7.0) and complete the following table for (D)-(-)-carvone. Assign the alkene signals. Use the labeling convention provided for full credit. HA H3C. HB H3 Hc Ho HF HE Ho chemical shift (8) multiplicity coupling integration assignment constant (b) Analyze the H NMR data (from 53.0-7.0) for the epoxycarvone product. Use the same labeling convention as above. chemical shift (8) multiplicity coupling constant integration assignment (c) Based on the NMR data, which alkene reacted? Or did both alkenes react?

Chemistry
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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do # 3 part ab & c: 3. (a) Analyze the 'H NMR data (from 53.0-7.0) and complete the following table for (D)-(-)-carvone. Assign the alkene signals. Use the labeling convention provided for full credit. HA H3C. HB H3 Hc Ho HF HE Ho chemical shift (8) multiplicity coupling integration assignment constant (b) Analyze the H NMR data (from 53.0-7.0) for the epoxycarvone product. Use the same labeling convention as above. chemical shift (8) multiplicity coupling constant integration assignment (c) Based on the NMR data, which alkene reacted? Or did both alkenes react?
Transcribed Image Text:do # 3 part ab & c: 3. (a) Analyze the 'H NMR data (from 53.0-7.0) and complete the following table for (D)-(-)-carvone. Assign the alkene signals. Use the labeling convention provided for full credit. HA H3C. HB H3 Hc Ho HF HE Ho chemical shift (8) multiplicity coupling integration assignment constant (b) Analyze the H NMR data (from 53.0-7.0) for the epoxycarvone product. Use the same labeling convention as above. chemical shift (8) multiplicity coupling constant integration assignment (c) Based on the NMR data, which alkene reacted? Or did both alkenes react?
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