The mechanism of β-keto acid decarboxyylation is shown below: Heating a single enantiomer of a β-Keto acid (1) will afford a decarboxylated product that is:
a single enantiomer
diastereomer
achiral
racemic
A
racemic
B
diastereomer
C
achiral
D
a single enantiomer
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Similar Questions
Q1
The mechanism of β-keto acid decarboxyylation is shown below: Heating a single enantiomer of a β-Keto acid (1) will afford a decarboxylated product that is:
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Q2
Which β−keto acid shown will not undergo decarboxylation ?
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Q3
Which β- keto acid shown below will not undergo decarboxylation on heating with an acid?
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Q4
Account for the following: β-Keto acids undergo decarboxylation easily.
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Q5
Like β−keto acid, the following acids are also decarboxylated on heating. State whether the statement is true or False