Organocuprates predominantly react to give 1,4-addition products with ounsaturated carbonyl species, while Grignard reagents often add to the carbonyl, in a crocess referred to as 1,2 addition. To increase the yield of 1,4-addition products, Cut is added to convert an easily prepared Grignard reagent into an organocuprate reagent in situ. MoBr Cul. THF. -30°C For this reaction draw the structure of the 1,2-addition product prepared without Cul, including stereochemistry, assuming that the major product is derived from the more stable chair contormation. Use the wedge/hash bond toon to indicate stereochemistry where it existi

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Organocuprates predominantly react to give 1,4-addition products with ounsaturated carbonyl spectes, while Grignard reagents often add to the carbonyl, in a crocess referred to as 1,2-
addition. To increase the yield of 1,4-addition products, Cut is added to convert an easily prepared Grignard reagent into an organocuprate reagent in situ.
MoBr
Cul. THF. -30°C
For this reaction draw the structure of the 1,2-addition product prepared without Cul, including stereochemistry, assuming that the major product is derived from the more stable chair
conformation.
Use the wedge/hash bond toon to indicate stereochemistry where it exists
Transcribed Image Text:Organocuprates predominantly react to give 1,4-addition products with ounsaturated carbonyl spectes, while Grignard reagents often add to the carbonyl, in a crocess referred to as 1,2- addition. To increase the yield of 1,4-addition products, Cut is added to convert an easily prepared Grignard reagent into an organocuprate reagent in situ. MoBr Cul. THF. -30°C For this reaction draw the structure of the 1,2-addition product prepared without Cul, including stereochemistry, assuming that the major product is derived from the more stable chair conformation. Use the wedge/hash bond toon to indicate stereochemistry where it exists
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