The reaction illustrated below, when carried out in a non-coordinating solvent, proceeds with high stereospecificity giving mainly a single enantiomer of product (95% enantiomeric excess). Discuss how the reaction is likely to proceed and hence predict both the stereochemistry of the product and the position of the 13C label. 13 CO Ph₂p...Fe OO

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Chapter1: Chemical Foundations
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The reaction illustrated below, when carried out in a non-coordinating solvent,
proceeds with high stereospecificity giving mainly a single enantiomer of
product (95% enantiomeric excess). Discuss how the reaction is likely to
proceed and hence predict both the stereochemistry of the product and the
position of the 13C label.
13 CO
Ph₂p...Fe
OO
Transcribed Image Text:The reaction illustrated below, when carried out in a non-coordinating solvent, proceeds with high stereospecificity giving mainly a single enantiomer of product (95% enantiomeric excess). Discuss how the reaction is likely to proceed and hence predict both the stereochemistry of the product and the position of the 13C label. 13 CO Ph₂p...Fe OO
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