Glycine exists as the zwittr ion, `overset(+)NH_(3)CH_(2)COO^(-)`. Its conjugate base is

Glycine exists as the zwitter ion, N^(+)H_(3), CH_(2),COO^(-) . Its conjugate base is

Glycine exists as the zwitter ion, N^(+)H_(3), CH_(2),COO^(-) . Its conjugate base is

Assertion (A): The amino acid glycine predominatly exists in the form of ^(o+)NH_(3)CH_(2)COO^(Theta) . Reason (R) : The conjugate acid of glycine is NH_(2)CH_(2)COO^(Theta) .

Assertion (A): The amino acid glycine predominatly exists in the form of ^(o+)NH_(3)CH_(2)COO^(Theta) . Reason (R) : The conjugate acid of glycine is NH_(2)CH_(2)COO^(Theta) .

The conjugate base of NH_(3) is

Glycine is an alpha -amino acid. It exists in the form of Zwitter ion as .^(+)NH_3CH_2COO^- . Write the formula of its (i) conjugate acid (ii) conjugate base.

Glycine exists as NH_(3)""^(+)CH_(2)COO^(-) , zwitter ion but anthranilic acid (p-amino benzoic acid) does not exist as zwitter ion. Why?