So, the molecule below is back in the news this week as the Supreme Court hears oral arguments from lawyers, and protestors out on the street. We are not about to have a moral debate in this class, but there are some great questions ask from an Organic perspective. Mifepristone H OH erates the tertiary alcohol?

Pushing Electrons
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ISBN:9781133951889
Author:Weeks, Daniel P.
Publisher:Weeks, Daniel P.
Chapter1: Lewis Structures
Section: Chapter Questions
Problem 13EQ: This is done by removing an unshared pair from each of two adjacent atoms and adding one electron...
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So, the molecule below is back in the news this week as the Supreme Court hears oral arguments from lawyers, and
protestors out on the street. We are not about to have a moral debate in this class, but there are some great questions to
ask from an Organic perspective.
Mifepristone
H
H
OH
1) What is the absolute configuration of the carbon that generates the tertiary alcohol?
2) What is the absolute configuration of the carbon that bears the aromatic group?
3) Based on our protocol/rules, how many H atoms will be absorbed during normal hydrogenation?
4) How many H atoms will be absorbed in the presence of a Lindlar's catalyst?
5) True or False. Compared to an unsubstitued benzene, the aromatic unit in the molecule above would be more electron
Enter T or F only
rich.
Transcribed Image Text:So, the molecule below is back in the news this week as the Supreme Court hears oral arguments from lawyers, and protestors out on the street. We are not about to have a moral debate in this class, but there are some great questions to ask from an Organic perspective. Mifepristone H H OH 1) What is the absolute configuration of the carbon that generates the tertiary alcohol? 2) What is the absolute configuration of the carbon that bears the aromatic group? 3) Based on our protocol/rules, how many H atoms will be absorbed during normal hydrogenation? 4) How many H atoms will be absorbed in the presence of a Lindlar's catalyst? 5) True or False. Compared to an unsubstitued benzene, the aromatic unit in the molecule above would be more electron Enter T or F only rich.
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