Home
Class 12
CHEMISTRY
For a sparingly soluble salt ApBq, the ...

For a sparingly soluble salt ` A_pB_q,` the relationship of its solubility product `(K_s) ` with its solubility (S) is

A

`L_s = S^(p + q) cdot p^(p) cdot q^(q)`

B

`L_(s) = S^(p + q) cdot p^(q) cdot q^(p)`

C

`L_(s) = S^(pq) cdot p^(p) cdot q^q`

D

`L_s = S^(pq) cdot (p.q)^(p + q)`

Text Solution

Verified by Experts

The correct Answer is:
A
Promotional Banner

Similar Questions

Explore conceptually related problems

The molar solubility (in mol L^(-1) ) of a sparingly soluble salt MX_4 is 's' The corresponding solubility product is K_(sp) .s is given in terms of K_(sp) by the relation.

Two sparingly soluble salts AB and XYZ have the same soubility product. Which salt will be more soluble?

Two sparingly soluble salts AB and XY2 have the same soubility product. Which salt will be more soluble?

STATEMENT-1: Sparingly soluble salts AB and XY_(2) with the same solubility product, will have different solubility. STATEMENT-2: Solubiluty of sparingly soluble salt depend upon solubility product.

If the solubility of Al_2(SO_4)_3 is S , then its solubility product is

For a MX_2 type salt if K_(sp) is solubility product, then solubility will be

Solubility of salt A_(2)B_(3) is 1 xx 10^(-4) , its solubility product is

Three sparigly soluble salts M_(2)X, MX ,and MX_(3) have the same solubility product. Their solubilities will be in the order

If three salts AB(s), AC(s) and AD(s) have equal solubility product then the solubility of

The solubility of a sparingly soluble salt A_xB_y in water at 25^@C=1.5xx10^(-4)M .The solubility product is 1.1xx10^(-11) The possibilities are