The ratio of volumes of `CH_(3)COOH`0.1 (N) to `CH_(3)COONa` 0.1 (N) required to prepare a buffer solution of pH 5.74 is
(given : `pK_(a) " of " CH_(3) COOH " is " 4.74)`

The ratio of volumes of CH_3COOH 0.1 (N) to CH_3COONa 0.1 (N) required to prepare a buffer solution of pH5.74 is (given: pKa of CH_3COOH is 4.74)

The ratio of volumes of 0.1(N) CH_3COOH to 0.1(N) CH_3COONa required to prepare a buffer solution of pH 5.74 is (given : pK_a of CH_3COOH is 4.74_-

The pH of a buffer solution of 0.1 M CH_(3)COOH and 0.1 MCH_(3)COONa is (pK_(a)CH_(3)COOH =4.745)

The weight of CH_(3)COONa needed to add in 1 litre N/10 CH_(3)COOH to obtain a buffer solution of pH value 4 is ( Given K_(a) = 1.8 xx10^(-5) )

The weight of CH_(3)COONa needed to add in 1 litre N/10 CH_(3)COOH to obtain a buffer solution of pH value 4 is ( Given K_(a) = 1.8 xx10^(-5) )

The weight of CH_(3)COONa needed to add in 1 litre ( N )/( 10 ) CH_(3) COOH to obtain a buffer solution of pH value 4 is ( Given K_(a) = 1.8 xx 10^(-5) )

A buffer solution was made by adding 15.0 g of CH_(3) COOH and 20.5gCH_(3)COONa . The buffer is diluted to 1.0L . Calculate the pH of solution. Given: pK_(a) of CH_(3)COOH = 4.74, log ((13)/(12)) = 0.035

pH of 0.005 M calcium acetate (pK_a" of " CH_3COOH= 4.74) is