`M(OH)_(X)` has `K_(SP) 4xx10^(-12)` and solubility `10^(-4) M`. The value of `x` is:

M(OH)_x has K_(sp)=4xx10^-12 and solubility 10^-4 M. hence x is:

M(OH)_x has a K_(sp) or 4xx10^(-9) and its is solubility is 10^(-3) M. The value of x is

M(OH)_x has a K_(sp) or 4xx10^(-9) and its is solubility is 10^(-3) M. The value of x is

M(OH)_(x) has K_(SP)=4xx10^(-12) and its solubility in water is 10^(-4) M. Calculate the value of x.

M(OH)_x " has " a K_(sp) " of " 4 xx 10 ^(-9) and its solubility is 10^(-3) M. The value of x is :

a. 25 mL of sample of saturated solution of PbI_(2) requires 10mL of a certain AgNO_(3)(aq) for its titration. What is the molarity of this AgNO_(3)(aq)? K_(sp) of PbI_(2) = 4 xx 10^(-9) . b. M(OH)x has K_(sp) = 27 xx 10^(-12) and solubility in water is 10^(-3)M . Calculate the value of x .

a. 25 mL of sample of saturated solution of PbI_(2) requires 10mL of a certain AgNO_(3)(aq) for its titration. What is the molarity of this AgNO_(3)(aq)? K_(sp) of PbI_(2) = 4 xx 10^(-9) . b. M(OH)x has K_(sp) = 27 xx 10^(-12) and solubility in water is 10^(-3)M . Calculate the value of x .