For the self-ionisation (protonation) process liquid formic acid at `20^(@)`C.
`HCOOH+HCOOHto HCOOH_(2)^(+)+HCOO^(-)`
the equilibrium constant,
`K=([HCOOH_(2)^(+)][HCOO^(-)])/([HCOOH]^(2))=10^(-10)`
At `20^(@)`C, the density of liquid formic acid is 0.92 gm/mL.
What percentage of formic acid molecules are self ionised?

For the self-ionisation (protonation) process liquid formic acid at 20^(@) C. HCOOH+HCOOHto HCOOH_(2)^(+)+HCOO^(-) the equilibrium constant, K=([HCOOH_(2)^(+)][HCOO^(-)])/([HCOOH]^(2))=10^(-10) At 20^(@) C, the density of liquid formic acid is 0.92 gm/mL. The ionic prodcut of formic acid, K=[HCOOH_(2)^(+)][HCOO^(-)] is :

For the self-ionisation (protonation) process liquid formic acid at 20^(@) C. HCOOH+HCOOHto HCOOH_(2)^(+)+HCOO^(-) the equilibrium constant, K=([HCOOH_(2)^(+)][HCOO^(-)])/([HCOOH]^(2))=10^(-10) At 20^(@) C, the density of liquid formic acid is 0.92 gm/mL. How many formate ions (HCOO^(-)) are present in each 5ml of liq.formic acid at 20^(@) C? (N_(A)=6xx10^(23))

The self ionisation constant for pure formic acid K=[HCOOH_(2)^(+)][HCOO^(-)] has been estimated as 10^(-6) at room temperature .The density of formic acid is 1.15g//cm^(3) .What percentage of formic acid molecules in pure fomic acid are converted to formation ion?

In pure liquid of HCOOH , concentration of HCOO^(-)=10^(-3) M at 27^(@)C . What is the self- ionisation constant (K=[HCOOH^(2+)][HCOO^(-)])

In pure liquid of HCOOH , concentration of HCOO^(-)=10^(-3) M at 27^(@)C . What is the self- ionisation constant (K=[HCOOH^(2+)][HCOO^(-)])

The self ionisation constant for pure formic acid K= [HCOOH_2^+] [HCOO^-] has been estimated a 10^(-6) at room temperature. The density of formic acid is 1.22g/ cm^3 find the percentage of formic acid molecules in pure formic acid converted to formate ion.

The ionization constant of 0.2 M formic acid (ionized 3.2%) is

The ionization constant of 0.2 M formic acid (ionized 3.2%) is