Imagine a hypothetical reaction to make a chiral molecule that gives the desired product (the R enantiomer, which has a specific rotation of −80ᵒ mL g⁻¹ dm⁻¹) in 75% EE. Assuming a path length of 1 dm, what would be the observed optical rotation of a solution of 1 g of this 75% EE product mixture dissolved in 1 mL of solvent? (Show your work.)
$[ \alpha ] _ { \mathrm { D } } ^ { 20 }$

Question

Imagine a hypothetical reaction to make a chiral molecule that gives the desired product (the R enantiomer, which has a specific rotation of −80ᵒ mL g⁻¹ dm⁻¹) in 75% EE. Assuming a path length of 1 dm, what would be the observed optical rotation of a solution of 1 g of this 75% EE product mixture dissolved in 1 mL of solvent? (Show your work.)

[ \alpha ] _ { \mathrm { D } } ^ { 20 }

Quizplus · Accepted Answer

The Answer of Imagine a hypothetical reaction to make a chiral molecule that gives the desired product (the R enantiomer, which has a specific rotation of −80ᵒ mL g⁻¹ dm⁻¹) in 75% EE. Assuming a path length of 1 dm, what would be the observed optical rotation of a solution of 1 g of this 75% EE product mixture dissolved in 1 mL of solvent? (Show your work.) $[ \alpha ] _ { \mathrm { D } } ^ { 20 }$

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Imagine a Hypothetical Reaction to Make a Chiral Molecule That $[ \alpha ] _ { \mathrm { D } } ^ { 20 }$