3) While we expect to get one major product, this reaction could potentially have some issues withformation of multiple products. What is the relationship between the two major products that you mightexpect for the reaction of E-stilbene and dimethyl fumarate? Why will this not matter when you look atthe NMR?4) In addition to the issue raised in prelab Q3, 2,3-dihydrofuran and styrene will also give give twoadditional major products - what is their relationship, and will this matter when you look at the NMR? Figure 5. Reaction SchemeNSH +R1-R²not a simple answer to gauge their potentialCI[N+F2 (BF4)*NR1R²DMFN S50 °C, 1h= be able to finish filling out the table until you have completed the lab and

3) While we expect to get one major product, this reaction could potentially have some issues with formation of multiple products. What is the relationship between the two major products that you might expect for the reaction of E-stilbene and dimethyl fumarate? Why will this not matter when you look at the NMR?

3) While we expect to get one major product, this reaction could potentially have some issues with formation of multiple products. What is the relationship between the two major products that you might expect for the reaction of E-stilbene and dimethyl fumarate? Why will this not matter when you look at the NMR?

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

Chapter24: Carboxylic Acids & Derivatives

Section: Chapter Questions

Problem 3E

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3) While we expect to get one major product, this reaction could potentially have some issues with formation of multiple products. What is the relationship between the two major products that you might expect for the reaction of E-stilbene and dimethyl fumarate? Why will this not matter when you look at the NMR?
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