Problem: Read the following statement and fill in the blanks with A, B or C. As a reference the image below represents what is occuring. There are 4 empty spaces meaning an answer may be used more than once.  A. chiral         B. achiral         C. racemic   We know that a carbonyl can react with either acid or base to form an enol. However, it gets interesting when there are substituents at the alpha position. If we start out with a            carbonyl and react through either an acid-catalyzed or base-catalyzed mechanism, we form an identical enol in both cases through different intermediates. The base-catalyzed mechanism forms an enolate anion, while the alpha does not. The enol that we form however, changes and becomes            . This means that when we react through acid or base-catalyzed mechanisms and go through an enol we will form a          mixture if our starting material is            and contains an alpha hydrogen at that position.   

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Read the following statement and fill in the blanks with A, B or C. As a reference the image below represents what is occuring. There are 4 empty spaces meaning an answer may be used more than once. 

A. chiral         B. achiral         C. racemic

We know that a carbonyl can react with either acid or base to form an enol. However, it gets interesting when there are substituents at the alpha position. If we start out with a            carbonyl and react through either an acid-catalyzed or base-catalyzed mechanism, we form an identical enol in both cases through different intermediates. The base-catalyzed mechanism forms an enolate anion, while the alpha does not. The enol that we form however, changes and becomes            . This means that when we react through acid or base-catalyzed mechanisms and go through an enol we will form a          mixture if our starting material is            and contains an alpha hydrogen at that position. 

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