Below is a proposed method for resolving a racemic mixture of (R)- and (S)-phenylalanine.Upon separation of the products,will this method produce (R)- or (S)-phenylalanine?
R)-Phenylalanine is produced since the acylase only hydrolyzes the amides of L-amino acids.
S)-Phenylalanine is produced since the acylase only hydrolyzes the amides of L-amino acids.
R)-Phenylalanine is produced since the acylase only hydrolyzes the amides of D-amino acids.
S)-Phenylalanine is produced since the acylase only hydrolyzes the amides of D-amino acids.

Question

Below is a proposed method for resolving a racemic mixture of (R)- and (S)-phenylalanine.Upon separation of the products,will this method produce (R)- or (S)-phenylalanine? 
R)-Phenylalanine is produced since the acylase only hydrolyzes the amides of L-amino acids. 
S)-Phenylalanine is produced since the acylase only hydrolyzes the amides of L-amino acids. 
R)-Phenylalanine is produced since the acylase only hydrolyzes the amides of D-amino acids. 
S)-Phenylalanine is produced since the acylase only hydrolyzes the amides of D-amino acids.

Quizplus · Accepted Answer

The Answer of Below is a proposed method for resolving a racemic mixture of (R)- and (S)-phenylalanine.Upon separation of the products,will this method produce (R)- or (S)-phenylalanine? 
R)-Phenylalanine is produced since the acylase only hydrolyzes the amides of L-amino acids. 
S)-Phenylalanine is produced since the acylase only hydrolyzes the amides of L-amino acids. 
R)-Phenylalanine is produced since the acylase only hydrolyzes the amides of D-amino acids. 
S)-Phenylalanine is produced since the acylase only hydrolyzes the amides of D-amino acids.

Below Is a Proposed Method for Resolving a Racemic Mixture