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This compound is expected to be insoluble in 10% NaOH. Select one: Oa. OH b. HO "OH Od. HO Grignard reagents are stable in tetrahydrofuran but readily react with oxirane. This is because Select one: O a. oxirane has a better leaving group. O b. oxirane is an ether whereas tetrahydrofuran is a hydrocarbon. Oc. the oxirane has high ring strain. o d. there is steric hindrance in tetrahydrofuran that prevents the approach of Grignard reagent.

This compound is expected to be insoluble in 10% NaOH. Select one: Oa. OH b. HO "OH Od. HO Grignard reagents are stable in tetrahydrofuran but readily react with oxirane. This is because Select one: O a. oxirane has a better leaving group. O b. oxirane is an ether whereas tetrahydrofuran is a hydrocarbon. Oc. the oxirane has high ring strain. o d. there is steric hindrance in tetrahydrofuran that prevents the approach of Grignard reagent.

Organic Chemistry: A Guided Inquiry
Organic Chemistry: A Guided Inquiry
2nd Edition
ISBN:9780618974122
Author:Andrei Straumanis
Publisher:Andrei Straumanis
Chapter23: Addition To A Carbonyl
Section: Chapter Questions
Problem 42CTQ
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This compound is expected to be insoluble in 10% NaOH. Select one: Oa. OH b. HO "OH Od. HO Grignard reagents are stable in tetrahydrofuran but readily react with oxirane. This is because Select one: O a. oxirane has a better leaving group. O b. oxirane is an ether whereas tetrahydrofuran is a hydrocarbon. Oc. the oxirane has high ring strain. o d. there is steric hindrance in tetrahydrofuran that prevents the approach of Grignard reagent.
Transcribed Image Text:This compound is expected to be insoluble in 10% NaOH. Select one: Oa. OH b. HO "OH Od. HO Grignard reagents are stable in tetrahydrofuran but readily react with oxirane. This is because Select one: O a. oxirane has a better leaving group. O b. oxirane is an ether whereas tetrahydrofuran is a hydrocarbon. Oc. the oxirane has high ring strain. o d. there is steric hindrance in tetrahydrofuran that prevents the approach of Grignard reagent.
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