Consider the following reaction, which takes place at room temperature: Et H Me OH i) TosCl, pyr ii) NaOAc iii) KOH Note that NaOAc is Et (+) Na ⠀ Me X₁ H OH The reaction proceeds to produce an enantiomerically pure product (right, stereochemistry of chiral center produced not shown). Predict the correct stereochemical outcome of the reaction by drawing the final product (using wedged and dashed lines) with the correct stereochemistry at the chiral center.

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Consider the following reaction, which takes place at room temperature:
Et.
H
Me
OH
i) TosCl, pyr
ii) NaOAc
iii) KOH
Note that NaOAc is
O
Et
(+)
O Na
H
Me
OH
The reaction proceeds to produce an enantiomerically pure product (right, stereochemistry of chiral center produced not shown).
Predict the correct stereochemical outcome of the reaction by drawing the final product (using wedged and dashed lines) with the
correct stereochemistry at the chiral center.
Transcribed Image Text:Consider the following reaction, which takes place at room temperature: Et. H Me OH i) TosCl, pyr ii) NaOAc iii) KOH Note that NaOAc is O Et (+) O Na H Me OH The reaction proceeds to produce an enantiomerically pure product (right, stereochemistry of chiral center produced not shown). Predict the correct stereochemical outcome of the reaction by drawing the final product (using wedged and dashed lines) with the correct stereochemistry at the chiral center.
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