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Question
How do youexplain the amphoteric behaviour of amino acids?
How do youexplain the amphoteric behaviour of amino acids?
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Solution
Inaqueous solution, the carboxyl group of anamino acid can lose a proton and the amino group can accept a protonto give a dipolar ion known as zwitter ion.
Therefore,in zwitter ionic form, the amino acid can act both as an acid and asa base.
Thus,amino acids show amphoteric behaviour.
Inaqueous solution, the carboxyl group of anamino acid can lose a proton and the amino group can accept a protonto give a dipolar ion known as zwitter ion.
Therefore,in zwitter ionic form, the amino acid can act both as an acid and asa base.
Thus,amino acids show amphoteric behaviour.
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