Calcium lactate is a salt of weak acid and represented as `Ca(LaC)_(2)`. A saturated solution of `Ca(LaC)_(2)` contains `0.13` mole of salt in `0.50` litre solution. The pOH of this is `5.60`. Assuming complete dissociation os salt, calculate `K_(a)` of lactic acid.

Calcium lactate is salt of weak acid and represented as Ca(LaC)_(2) . A saturated solution of Ca(LaC)_(2) contains 0.13mol of salt in 0.50L solution. The pOH of this is 5.60 . Assuming complete dissociation of salt, calculate K_(a) of lacetic acid.

Calcium lactate is salt of weak acid and represented as Ca(LaC)_(2) . A saturated solution of Ca(LaC)_(2) contains 0.13mol of salt in 0.50L solution. The pOH of this is 5.60 . Assuming complete dissociation of salt, calculate K_(a) of lacetic acid.

Calcium lactate is a salt of weak organic acid and strong base represented as Ca(LaC)_(2). A saturated solution of Ca(LaC)_(2) contains 0.13 mole in 0.5 litre solution. pOH of solution is 5.60. What is pK_(a) of lactic acid?

Calcium lactate is a salt of weak organic acid and strong base represented as Ca(LaC)_(2). A saturated solution of Ca(LaC)_(2) contains 0.6 mole in 2 litre solution. pOH of solution is 5.60. If 90% dissociation of the salt takes place then what is pK_(a) of lactic acid?

Calcium lactate is a salt of weak organic acid and strong base represented as Ca(LaC)_(2). A saturated solution of Ca(LaC)_(2) contains 0.6 mole in 2 litre solution. pOH of solution is 5.60. If 90% dissociation of the salt takes place then what is pK_(a) of lactic acid?

A saturated solution of calcium fluoride contains 2xx10^(-4) mole of the salt per litre of the solution its K_sp is :