Concept explainers
(a)
Interpretation: It should be indicated that how the given compound prepared from its given starting material.
Concept introduction: When an acyl group is attached to hydrogen then the compound is an aldehyde. When the acyl group is attached to an
Aldehydes react with Griganrds reagent to form secondary alcohols while ketones form tertiary alcohol. Aldehydes and ketones can be reduced in the presence of reagent
(b)
Interpretation: It should be indicated that how the given compound prepared from its given starting material.
Concept introduction: When an acyl group is attached to hydrogen then the compound is an aldehyde. When the acyl group is attached to an
Aldehydes react with Griganrds reagent to form secondary alcohols while ketones form tertiary alcohol. Aldehydes and ketones can be reduced in the presence of reagent
(c)
Interpretation: It should be indicated that how the given compound prepared from its given starting material.
Concept introduction: When an acyl group is attached to hydrogen then the compound is an aldehyde. When the acyl group is attached to an
Aldehydes react with Griganrds reagent to form secondary alcohols while ketones form tertiary alcohol. Aldehydes and ketones can be reduced in the presence of reagent
(d)
Interpretation: It should be indicated that how the given compound prepared from its given starting material.
Concept introduction: When an acyl group is attached to hydrogen then the compound is an aldehyde. When the acyl group is attached to an
Aldehydes react with Griganrds reagent to form secondary alcohols while ketones form tertiary alcohol. Aldehydes and ketones can be reduced in the presence of reagent
(e)
Interpretation: It should be indicated that how the given compound prepared from its given starting material.
Concept introduction: When an acyl group is attached to hydrogen then the compound is an aldehyde. When the acyl group is attached to an
Aldehydes react with Griganrds reagent to form secondary alcohols while ketones form tertiary alcohol. Aldehydes and ketones can be reduced in the presence of reagent
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