The reaction between carbonyl compound and -bromoesters in the presence of metal Zn to give -hydroxy ester is known as-

The correct option is B Reformatsky reaction The reaction between the carbonyl compound and #945; #8722;bromoesters in the presence of metal Zn to give ...

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Standard XII

Chemistry

Nucleophilic Substitution Reaction

The reaction ...

Question

The reaction between carbonyl compound and $α - b r o m o e s t e r s$ in the presence of metal $Z n$ to give $β - h y d r o x y$ ester is known as:

Clemmensen reduction

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Reformatsky reaction

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Wolff-Kishner reaction

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Grignard reaction

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Solution

The correct option is B Reformatsky reaction
$The reaction between the carbonyl compound and α-bromoesters in the presence of metal Zn to give β-hydroxy$ $ester is known as Reformatsky reaction$

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In the following reaction, the product formed is:

C H_{2} = C H - O | | C - C H_{3} + C H_{3} - C H_{2} - N O_{2} [(C H_{3})_{2} C H]_{2} N H - --------- \to C H C l_{3}

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The reaction between carbonyl compound and α−bromoesters in the presence of metal Zn to give β−hydroxy ester is known as:

The correct option is B Reformatsky reactionThe reaction between the carbonyl compound and α−bromoesters in the presence of metal Zn to give β−hydroxy ester is known as Reformatsky reaction

The reaction between carbonyl compound and $α - b r o m o e s t e r s$ in the presence of metal $Z n$ to give $β - h y d r o x y$ ester is known as:

The correct option is B Reformatsky reaction
$The reaction between the carbonyl compound and α-bromoesters in the presence of metal Zn to give β-hydroxy$ $ester is known as Reformatsky reaction$