The volume of the water needed to dissolve `1 g` of `BaSO_(4) (K_(SP)=1.1xx10^(-10))` at `25^(@) C` is:

The volume of the water needed to dissolve 1g of BaSO_4 (K_(sp)=1.1xx10^-10 ) at 25^@C is

What is the volume of water needed to dissolve 1 g of BaSO_4 (K_sp=1.1xx10^(-10)) at 25^@C ?

The volume of water needed to dissolve 1g of BaSO_4 (K_(sp) =1.1 xx 10^(-10) ) at 25^(@) C is { M. W of BaSO_4 is 233}

The solubility product of a soluble salt A_(x)B_(y) is given by: K_(SP)= [A^(y+)]^(x) [B^(x-)]^(y) . As soon as the product of concentration of A^(y+) and B^(x-) increases than its K_(SP) , the salt start precipitation. It may practically be noticed that AgCI is more soluble in water and its solublity decreases dramatically in 0.1M NaCI or 0.1M AgNO_(3) solution. It may therefore be conncluded that in presence of a common ion, the solubiolity of salt decreases. The volume of water neede to dissolve 1g BaSO_(4)(K_(SP)= 1xx10^(-10)) is:

The volume of water needed to dissolve 1mg of PbSO_(4) (K_(sp) = 1.44 xx 10^(-8), Mw of PbSO_(4) = 303g) at 25^(@)C is

The volume of water needed to dissolve 1mg of PbSO_(4) (K_(sp) = 1.44 xx 10^(-8), Mw of PbSO_(4) = 303g) at 25^(@)C is

What is the maximum volume of water required to dissolve 1g of CaSO_(4) at 298 K, K_(sp)(CaSO_(4))=9.1xx10^(-6) .

The solubility of BaSO_(4) in pure water (in g L^(-1) ) is closest to [Given: K_(sp)" for "BaSO_(4)" is " 1.0xx10^(-10)" at "25^(@)C . Molecular weight of BaSO_(4)" is "233g mol^(-1) ]

What is the minimum volume of water required to dissolve 1g of calcium sulphate at 298. K_(sp) for CaSO_4 is 9.1xx10^(-6) .