BaSO4 Ksp = 1.1*10^-10
CaSO4 KSp = 2.4*10^-5
first to precipitate is BaSO4
so
Ksp = [Ba+2][SO4-2]
1.1*10^-10 = (10^-2)(M)
M =(1.1*10^-10)/(10^-2) = 1.1*10^-8 M of Na2SO4
Consider a solution that is 1 0 times 10^-2 M in Ba^2+ and 1 9 times...
Consider a solution that is 2.4×10−2 M in Fe2+ and
1.8×10−2 M in Mg2+.
[K2CO3] = 1.3×10−9 M is the minimum concentration of
K2CO3 is required to cause the precipitation of the cation that
precipitates first
What is the remaining concentration of the cation that
precipitates first, when the other cation just begins to
precipitate?
What is the remaining concentration of the cation that precipitates first, when the other cation just begins to precipitate? Express your answer using two significant...
Consider a solution that is 1.3×10−2 M in Ba2+ and 1.8×10−2 M in Ca2+. Ksp(BaSO4)=1.07×10−10 Ksp(CaSO4)=7.10×10−5 *Part A: If sodium sulfate is used to selectively precipitate one of the cations while leaving the other cation in solution, which cation will precipitate first? If sodium sulfate is used to selectively precipitate one of the cations while leaving the other cation in solution, which cation will precipitate first? A) Ba2+ (ANSWER) B) Ca2+ *Part B: What minimum concentration of Na2SO4 is required...
2002 - Review Constants Periodic Consider a solution that is 1.3x10-2 Min Ba? and 20x10-2 Min Cat - Part A sodium sulfate is used to selectively precipitate one of the cations while leaving the other cation in solution, which cation will precipitate first? Ba? О саа Submit Request Answer Part B What minimum concentration of N, 80, is required to cause the precipitation of the cation that precipitate Express your answer using two significant figures. ? AERO? Na,80 Submit Request...
Consider a solution that is 2.4×10−2 M in Fe2+and 1.1×10−2 M in Mg2+. a) What minimum concentration of K2CO3 is required to cause the precipitation of the cation that precipitates first?
Part B is finished. Part C is
the question: What is the remaining concentration of the cation
that precipitates first, when the other cation just begins to
precipitates? This is a complete question. Part B simply gives
background information needed. Please answer.
Edit: I do not completely understand what you mean by solution
information. The only other information given would be which cation
will precipitate first, which would be Ba 2+, the concentration of
the cation is 1.3 x 10^-2,...
Consider a solution that is 2.5 x 10-2 M in Fe2+ and 1.6 x 10-2 M in Mg2+. (Ksp for FeCO3 is 3.07 x 10-11 and Ksp for MgCO3 is 6.82 x 10-6. What minimum concentration of K2CO3 is required to cause the precipitation of the cation that precipitates first?
A solution of Na2SO4 is added dropwise to a solution that is 1.1×10−2 M in Ba2+ and 1.1×10−2 M in Sr2+. The solubility-product constants are as follows: BaSO4:SrSO4:KspKsp==1.1×10−103.2×10−7 You may want to reference(Pages 751 - 753) Section 17.6 while completing this problem. Which cation will precipitate first? Ba2+ precipitates first. Sr2+ precipitates first. What concentration of SO42− is necessary to begin precipitation? (Neglect volume changes.) Express the molarity to two significant digits. 1.0×10−8 M ***Need help with this answer. 1.)...
Determine the minimum concentration of the precipitating agent on the right to cause precipitation of the cation from the solution on the left. 4.0×10−2 M Ba(NO3)2;NaF Express your answer using two significant figures 8.5×10−2 M CaI2;K2SO4 Express your answer using two significant figures 1.7×10−3 M AgNO3;RbCl Express your answer using two significant figures.
etermine the minimum concentration of the precipitating agent on the right to cause precipitation of the cation from the solution on the left. You may want to reference (Pages 775 - 778) Section 17.6 while completing this problem. Part A 4.0×10−2 M Ba(NO3)2;NaF Express your answer using two significant figures. [NaF] [NaF] = nothing M SubmitRequest Answer Part B 9.0×10−2 M CaI2;K2SO4 Express your answer using two significant figures. [K2SO4] [K2SO4] = nothing M SubmitRequest Answer Part C 1.5×10−3 M...
A 2.5×10−2 M solution of HCl is used to titrate 147 mL of a Ca(OH)2 solution of unknown concentration. 1. If 100 mL of HCl is required, what is the normality of the Ca(OH)2 solution? Express your answer using two significant figures. 2. What is the molarity? Express your answer using two significant figures.