`HCOOH` and `CH_(3)COOH` solutions have equal `pH.` If `K_(1)//K_(2)` is `4`, the ratio

Both HCOOH and CH_(3)COOH solutions have equal pH. If K_(1) // K_(2) ( ration of acid ionisation constants ) of these acids is 4, their molar concentration ratio will be

HCOOH and CH_(3)COOH can be distinguished by

The acids, HCOOH and CH_(3)COOH are distinguished by

A solutions is 10 M in CH_(3)COONa and 1 M in CH_(3)COOH . If pK_(a) of CH_(3)COOH is 4.8 , what is the pH of the solution?

A solution is 10 M in CH_(3)COONa and 1 M in CH_(3)COOH . If pK_(a) of CH_(3)COOH is 4.8 , what is the pH of the solution?

i At what pH will the mixture of HCOOH and HCOONa given buffer solution of higher capacity? ii Calculate the ratio of ([HCOONa])/([HCOOH]) in a buffer of pH 4.25. (K_(a) of HCOOH = 1.8 xx 10^(-4))

Dissociation constant of CH_(3)COOH and NH_(4)OH in squeous solution are 10^(-5) if pH of a CH_(3)COOH solution is 3, what will be the pH of NH_(4)OH ?

A solution is 1M in CH_(3)COONa . and 0.1M in CH_(3)COOH . if pK_(a) of CH_(3)COOH is 4.8 , what is the pH of the solution?

A solution contains 0.09 HC1, 0.09 M CHC1_(2)COOH , and 0.1M CH_(3)COOH . The pH of this solution is one. Calculate K_(a) for CHC1_(2)COOH . (Given K_(a)CH_(3)COOH = 10^(-5))