A solution is saturated with respect to `SrCO_(3)` and `SrF_(2)`. The `[CO_(3)^(2-)]` was found to be `1.2 xx 10^(-3)M`. The concnetration of `F^(Theta)` in the solution would be
Given `K_(sp)` of `SrCO_(3) = 7.0 xx10^(-10)M^(2)`,
`K_(sp) "of" SrF_(2) = 7.9 xx 10^(-10) M^(3)`,

A solution is saturated in SrCO_(3) , and SrF_(2) . The CO_(3)^(2-) was found to be 10^(-3) mol/L. If the concentration of Fin solution is represented as yxx 10^(-2) M then what is the value of 'y'? [Given : K_(sp) (SrCO_(3))= 2.5 xx10^(-10), K_(sp) (SrF_(2))= 10^(-10)]

A solution is saturated in SrCO_(3) and SrF_(2) The CO_(3)^(2-) was found to be 10^(-3) mol/L. If the concentration of F^(-) in solution is represented as yxx10^(-2) M then what is the value of y ? ["Given" : K_(sp)(SrCO_(3))=2.5xx10^(-10),K_(sp)(SrF_(2))=10^(-10)]

A solution is saturated in SrCO_(3) and SrF_(2) The CO_(3)^(2-) was found to be 10^(-3) mol/L. If the concentratuonof F^(-) in solution is represented as yxx10^(-2) M then what is the value of y ? ["Given" : K_(sp)(SrCO_(3))=2.5xx10^(-10),K_(sp)(SrF_(2))=10^(-10)]

A solution is saturated in SrCO_(3) and SrF_(2) The CO_(3)^(2-) was found to be 10^(-3) mol/L. If the concentratuonof F^(-) in solution is represented as yxx10^(-2) M then what is the value of y ? ["Given" : K_(sp)(SrCO_(3))=2.5xx10^(-10),K_(sp)(SrF_(2))=10^(-10)]

A Salution is saturated with respect to strontium fluoride and strontium carbonate . The fluoride ion concentration in the solution is found to be 3.7 xx 10^(-2) mol L^(-1) . What is the value of [CO_(3)^(2-)] ? (K_(sp) SrF_(2) = 7.9 xx10^(-10) ), (K_(sp) SrCO_(3)) = 7 xx10^(-10) )

A Salution is saturated with respect to strontium fluoride and strontium carbonate . The fluoride ion concentration in the solution is found to be 3.7 xx 10^(-2) mol L^(-1) . What is the value of [CO_(3)^(2-)] ? (K_(sp) SrF_(2) = 7.9 xx10^(-10) ), (K_(sp) SrCO_(3)) = 7 xx10^(-10) )

Calculate the [F^(Θ)] in a solution saturated with respect ot MgF_(2) and SrF_(2) . K_(sp) (MgF_(2)) = 6.0 xx 10^(-9), K_(sp) (SrF_(2)) = 3.0 xx 10^(-9)

Calculate the [F^(Θ)] in a solution saturated with respect ot MgF_(2) and SrF_(2) . K_(sp) (MgF_(2)) = 6.0 xx 10^(-9), K_(sp) (SrF_(2)) = 3.0 xx 10^(-9)