Please answer this question pertaining to organic chemistry. C)H₂C11QuartetIntegration=1This signalisactually a pair ofdoublets (with atotal integration - 4)10b. For the NMR spectrum, draw the structure of the product for part a) next to the spectrumand label the protons so that they match the letter labels shown on the NMR spectrum.Fill in the Chemical shift, integration and multiplicity in the table. (Treat E and F asseparate signals).HSP-01-062STRUCTURE:9BrE and F81. Mg/diethyl ether2.O²iH3. H*/H₂O7DoubletIntegration - 3SingletIntegration - 36ProtonlabelABсppmDELLSingletIntegration-1FDChemicalshift (ppm)32.B2RelativeintegrationFor the reaction product for part 1.c) above, the IR and NMR spectra are shown below*a. For the IR spectrum, identify which functional groups are suggested by the signalsindicated by each of the arrows.Multiplicity0Vic. Explain the multiplicity and relative integration for the peak labelled H A.d. Explain the multiplicity and relative integration for the peak labelled HD.e. The product of the reaction shown in a) could be synthesized using a differentcombination of Grignard reagent and carbonyl compound. Write the reaction to showthis reaction.

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c) H₂C₁ 11 Quartet Integration=1 This signal is actually a pair of doublets (with a total integration-4) b. For the NMR spectrum, draw the structure of the product for part a) next to the spectrum and label the protons so that they match the letter labels shown on the NMR spectrum. Fill in the Chemical shift, integration and multiplicity in the table. (Treat E and F as separate signals). 10 HOP-01-062 Br STRUCTURE: E and F 1. Mg/diethyl ether 2. O 7 Doublet Integration - 3 "H 3. H*/H₂O Singlet Integration - 3 6 Singlet Integration Proton label ppm A B C D E F 5 4 Chemical shift (ppm) For the reaction product for part 1.c) above, the IR and NMR spectra are shown below". a. For the IR spectrum, identify which functional groups are suggested by the signals indicated by each of the arrows. Relative integration Multiplicity c. Explain the multiplicity and relative integration for the peak labelled HA. d. Explain the multiplicity and relative integration for the peak labelled HD. e. The product of the reaction shown in a) could be synthesized using a different combination of Grignard reagent and carbonyl compound. Write the reaction to sho this reaction.

c) H₂C₁ 11 Quartet Integration=1 This signal is actually a pair of doublets (with a total integration-4) b. For the NMR spectrum, draw the structure of the product for part a) next to the spectrum and label the protons so that they match the letter labels shown on the NMR spectrum. Fill in the Chemical shift, integration and multiplicity in the table. (Treat E and F as separate signals). 10 HOP-01-062 Br STRUCTURE: E and F 1. Mg/diethyl ether 2. O 7 Doublet Integration - 3 "H 3. H*/H₂O Singlet Integration - 3 6 Singlet Integration Proton label ppm A B C D E F 5 4 Chemical shift (ppm) For the reaction product for part 1.c) above, the IR and NMR spectra are shown below". a. For the IR spectrum, identify which functional groups are suggested by the signals indicated by each of the arrows. Relative integration Multiplicity c. Explain the multiplicity and relative integration for the peak labelled HA. d. Explain the multiplicity and relative integration for the peak labelled HD. e. The product of the reaction shown in a) could be synthesized using a different combination of Grignard reagent and carbonyl compound. Write the reaction to sho this reaction.

Macroscale and Microscale Organic Experiments

7th Edition

ISBN:9781305577190

Author:Kenneth L. Williamson, Katherine M. Masters

Publisher:Kenneth L. Williamson, Katherine M. Masters

Chapter65: Biosynthesis Of Ethanol And Enzymatic Reactions

Section: Chapter Questions

Problem 4Q

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