What is `Cl^(-)` concentration in `2.5 M BaCl_(2)` solution which is 80% dissociated.

The hydrogen ion concentration of 0.1 M solution of acetic acid, which is 20% dissociated, is

If 0.5 M methanol undergo selft dissociation like CH_(3) OH hArr CH_(3) O^(-) + H^(+) & if concentration of H^(+) is 2.5 xx 10^(-4) M then calculate % dissociation of methanol

A solute dissociate in solution according to reaction 2Ato5B , If solute shows 30% dissociation then van't Haff factor will be:-

6 gm of acetic acid are present in a 200 litre aqueous solution . If the acid is 75% dissociated at this concentration , What is the ph of the solution ?

Find the dissociation constant K_(a) of HA (weak monobasic acid) which is 3.5% dissociated in an M//20 solution.

What is the concentration of chloride ion, in molarity, in a solution containing 10.56 gm BaCl_(2). 8H_(2)O per litre of solution ? (Ba = 137)

The lowering in freezing point of 0.75 molal aqueous solution NaCI (80% dissociated) is [Given, K_f, for water 1.86 K kg mol^(-1)]

Find the dissocation constant K_(a) of HA (weak monoabsic acid) which is 3.5% dissociated in an M//20 solution.

Van't Hoff factor of 0.1 m aqueous solution of Al_2(SO_4)_3 which undergoes 80% dissociation is

A sample of 1.0g of solid Fe_(2)O_(3) of 80% purity is dissolved in a moderately concentrated HCl solution which is reduced by zinc dust. The resulting solution required 16.7mL of a 0.1M solution of the oxidant. Calculate the number of electrons taken up by the oxidant.