The degree of hydrolysis and pH of $0.1 M$ sodium acetate solution are: Also calculate the concentration of all the ions at equilibrium. Hydrolysis constant of sodium acetate is $5.6 \times 10^{- 10}$ .

Q. Isoelectric point of alanine is

6.0

while ionization constant of

C O O H

of alanine is

5.0 \times 10^{- 3}

. Find the

p H

at which concentrations of the given species are same.

[log 5 = 0.7]

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Iso-electric point of alanine is (pH = 6). At which pH, maximum concentration of zwitter ion of alanine will be present?

The correct option is D pH = 6The maximum concentration of the zwitter ion occurs at the Iso-electric point where the molecule is at a neutral state.

Iso-electric point of alanine is (pH = $6$ ). At which pH, maximum concentration of zwitter ion of alanine will be present?

The correct option is D pH = $6$
The maximum concentration of the zwitter ion occurs at the Iso-electric point where the molecule is at a neutral state.