NaOMeOMeandMeOHBrrefluxYou are trying to maximize the yield of the alkene product, but are still getting a decent amount ofthe substitution product in the current reaction conditions. How might you increase the selectivitytowards the alkene product? Hint: the word reflux is important here.Turn the hot plate up. In other words, increase the heat output on the hotplate to elevate the reactiontemperature.Run the reaction at room temperature, rather than at reflux.Run the reaction in a sealed tube in a microwave reactor. You can increase the temperature beyond the boilingpoint of the solvent.Run the reaction in an ice bath.

The alkene product is an elimination product. To increase the selectivity of alkene product over…

NaOMe OMe and MeOH Br reflux bu are trying to maximize the yield of the alkene product, but are still getting a decent amount of e substitution product in the current reaction conditions. How might you increase the selectivity wards the alkene product? Hint: the word reflux is important here. O Turn the hot plate up. In other words, increase the heat output on the hotplate to elevate the reaction temperature. O Run the reaction at room temperature, rather than at reflux. O Run the reaction in a sealed tube in a microwave reactor. You can increase the temperature beyond the boiling point of the solvent. O Run the roa in an ie bath

NaOMe OMe and MeOH Br reflux bu are trying to maximize the yield of the alkene product, but are still getting a decent amount of e substitution product in the current reaction conditions. How might you increase the selectivity wards the alkene product? Hint: the word reflux is important here. O Turn the hot plate up. In other words, increase the heat output on the hotplate to elevate the reaction temperature. O Run the reaction at room temperature, rather than at reflux. O Run the reaction in a sealed tube in a microwave reactor. You can increase the temperature beyond the boiling point of the solvent. O Run the roa in an ie bath

Pushing Electrons

4th Edition

ISBN:9781133951889

Author:Weeks, Daniel P.

Publisher:Weeks, Daniel P.

Chapter3: Mechanisms

Section: Chapter Questions

Problem 29EQ

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