The solubility of `Ba_(3)(AsO_(4))_(2)`(formula mass=690) is `6.9xx10^(-2)` g//100 mL. What is the `K_(sp)`?

The solubility of Ba_3(AsO_4)_2 (formula weight =690 ) is 6.9 xx 10^(-2) g//100 ml. what is the K_(sp) ?

The solubility of AgBrO_(3) (formula mass=236) is 0.0072 g in 1000 mL. What is the K_(sp) ?

The solubility of AgBrO_(3) (formula mass=236) is 0.0072 g in 1000 mL. What is the K_(sp) ?

The solubility of AgBrO_(3) (formula mass=236) is 0.0072 g in 1000 mL. What is the K_(sp) ?

The solubility of ML_2 (formula weight, 60 g/mol) in water is 2.4 xx 10^(-5) g/100 mL solution. Calculate solubility product constant for ML2.

The solubility product of Pb_(3)(AsO_(4))_(2) is 4.1xx10^(-36). E^(c-) for the reaction : Pb_(3)(AsO_(4))_(2)(s)+6e^(-)hArr3Pb(s)+2AsO_(4)^(2-) E_((Pb)2^(+)|Pb)^(Θ)=-0.13V

If the solubility of AgCI (formula mass = 143 g/mole) in water at 25^(@)C is 1.43 xx 10^(-4) gm/100 ml of solution then the value of K_(sp) will be

If the solubility of AgCI (formula mass = 143 g/mole) in water at 25^(@)C is 1.43 xx 10^(-4) gm/100 ml of solution then the value of K_(sp) will be

The solubility of PbI_(2) is 1.3xx10^(-3)molL^(-1) . What is the K_(sp) for Pbl_(2) ?

The solubility of Ba(OH)_(2) . 8H_(2)O in water at 288K is 5.6g per 100g of water. What is the molality hydroxide ions in saturated solution of Ba(OH)_(2) . 8H_(2)O at 288K ? [At. Mass of Ba=137,O=16,H=1 )