. Consider the two compounds below. even# SN2 a. What is their structural relationship? Diastereomers and P 2 odd #SN2 b. Synthesis! Provide one synthetic pathway to make each of the compounds that will ensure a good yield of product with the prescribed stereochemistry. This means you will provide two syntheses and they will be different! You must start with the alcohol to the right (with indicated stereochemistry) and any other alcohols made of 5 carbons or fewer as your carbon sources. Use additional inorganic reagents/solvents as needed. OH Jom

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Chapter1: Chemical Foundations
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Just part b
. Consider the two compounds below.
even# SN2
a. What is their structural relationship?
Diastereomers
and
D
2
odd #SN2
b. Synthesis! Provide one synthetic pathway to make each of the compounds that will ensure
a good yield of product with the prescribed stereochemistry. This means you will provide
two syntheses and they will be different!
You must start with the alcohol to the right (with indicated stereochemistry)
and any other alcohols made of 5 carbons or fewer as your carbon sources.
Use additional inorganic reagents/solvents as needed.
OH
Jom
Transcribed Image Text:. Consider the two compounds below. even# SN2 a. What is their structural relationship? Diastereomers and D 2 odd #SN2 b. Synthesis! Provide one synthetic pathway to make each of the compounds that will ensure a good yield of product with the prescribed stereochemistry. This means you will provide two syntheses and they will be different! You must start with the alcohol to the right (with indicated stereochemistry) and any other alcohols made of 5 carbons or fewer as your carbon sources. Use additional inorganic reagents/solvents as needed. OH Jom
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