<Dd> (B) = q / p (A) </Dd> <Dl> <Dd> K sp = (A) p (q p) q (A) q = (q p) q (A) p + q (\ displaystyle K_ ((\ ce (sp))) = ((\ ce (A))) ^ (p) \ left ((\ frac (q) (p)) \ right) ^ (q) ((\ ce (A))) ^ (q) = \ left ((\ frac (q) (p)) \ right) ^ (q) ((\ ce (A))) ^ (p + q)) </Dd> <Dd> (A) = K sp (q p) q p + q (\ displaystyle ((\ ce (A))) = (\ sqrt ((p + q)) (K_ ((\ ce (sp))) \ over (\ left ((\ frac (q) (p)) \ right) ^ (q))))) </Dd> </Dl> <Dd> K sp = (A) p (q p) q (A) q = (q p) q (A) p + q (\ displaystyle K_ ((\ ce (sp))) = ((\ ce (A))) ^ (p) \ left ((\ frac (q) (p)) \ right) ^ (q) ((\ ce (A))) ^ (q) = \ left ((\ frac (q) (p)) \ right) ^ (q) ((\ ce (A))) ^ (p + q)) </Dd> <Dd> (A) = K sp (q p) q p + q (\ displaystyle ((\ ce (A))) = (\ sqrt ((p + q)) (K_ ((\ ce (sp))) \ over (\ left ((\ frac (q) (p)) \ right) ^ (q))))) </Dd>

When is the equilibrium concentration of solute in solvent reached