The given reaction is the conversion of ethyl bromide C2H5BrC2H5BrC2H5Br to butane C4H10C4H10C4H10 through a substitution reaction.
C2H5Br -> C4H10
This reaction can occur through a series of steps, where the ethyl bromide undergoes nucleophilic substitution to form butane.
C2H5Br + NaOH -> C2H5OH + NaBr EliminationreactiontoformethanolElimination reaction to form ethanolEliminationreactiontoformethanol
C2H5OH -> C4H10 + CH3OOH DehydrationreactiontoformbutaneandaceticacidDehydration reaction to form butane and acetic acidDehydrationreactiontoformbutaneandaceticacid
Therefore, the final products of the reaction of ethyl bromide with NaOH followed by dehydration are butane C4H10C4H10C4H10 and acetic acid CH3OOHCH3OOHCH3OOH.
The given reaction is the conversion of ethyl bromide C2H5BrC2H5BrC2H5Br to butane C4H10C4H10C4H10 through a substitution reaction.
C2H5Br -> C4H10
This reaction can occur through a series of steps, where the ethyl bromide undergoes nucleophilic substitution to form butane.
C2H5Br + NaOH -> C2H5OH + NaBr EliminationreactiontoformethanolElimination reaction to form ethanolEliminationreactiontoformethanol C2H5OH -> C4H10 + CH3OOH DehydrationreactiontoformbutaneandaceticacidDehydration reaction to form butane and acetic acidDehydrationreactiontoformbutaneandaceticacid
Therefore, the final products of the reaction of ethyl bromide with NaOH followed by dehydration are butane C4H10C4H10C4H10 and acetic acid CH3OOHCH3OOHCH3OOH.