A solution is made by equilibrating the two solids calcium sulfide (Ksp = 8.0×10-6) and calcium chromate (Ksp = 7.1×10-4) with water. What are the concentrations of the three ions at equilibrium, if some of each of the solids remain?
[Ca2+] = M
[S2-] = M
[CrO42-] = M
A solution is made by equilibrating the two solids calcium sulfide (Ksp = 8.0×10-6) and calcium...
A solution is made by equilibrating the two solids calcium chromate (Ksp = 7.1x104) and calcium sulfide (Ksp = 8.0x106) with water. What are the concentrations of the three ions at equilibrium, if some of each of the solids remain? [Ca2+3=1 (CrO42-) = [92-) = M
A solution is made by equilibrating the two solids barium carbonate (Ksp = 8.1×10-9) and barium sulfite (Ksp = 8.0×10-7) with water. What are the concentrations of the three ions at equilibrium, if some of each of the solids remain? [Ba2+] = _________M [CO32-] = _________M [SO32-] = ____________ M
A solution is made by equilibrating the two solids silver iodide (Ksp = 1.5×10-16) and silver hydroxide (Ksp = 2.0×10-8) with water. What are the concentrations of the three ions at equilibrium, if some of each of the solids remain? [Ag+] = M [I-] = M [OH-] = M
A solution is made by equilibrating the two solids barium sulfite (Ksp = 8.0x10-7) and barium sulfate (Ksp = 1.1x10-10) with water. What are the concentrations of the three ions at equilibrium, if some of each of the solids remain? [Ba2+] = [S032-) = [SO42-) =
A solution is made by equilibrating the two solids silver hydroxide (Ksp = 2.0x10-) and silver bromide (Ksp = 3.3x10-13) with water. What are the concentrations of the three ions at equilibrium, if some of each of the solids remain? [Agt]= [OH-] = [Br] = What is the equilibrium Mn2+ concentration when 2.59 L of a 0.110 M manganese(II) chloride solution are mixed with 2.44 L of a 0.211 M potassium sulfide solution? [Mn) = A HCIO/NaClO buffer system is...
Hi, I was having difficulty solving this, any help would be useful A solution is made by equilibrating the two solids barium carbonate (Ksp = 8.1×10-9) and barium sulfite (Ksp = 8.0×10-7) with water. What are the concentrations of the three ions at equilibrium, if some of each of the solids remain? [Ba2+] = _________M [CO32-] = _________M [SO32-] = ____________ M
The Solubility Product Constant for calcium sulfide is 8.0×10-6. If calcium sulfide is dissolved in water you can say that the equilibrium concentrations of calcium and sulfide ions are: ... ...A. High ...B. Moderate ...C. Low The solubility of calcium sulfide in water is: ... ...A. High ...B. Moderate ...C. Low
Suppose the solubility product constant of calcium iodate is 6.47 x 10-6. If the concentration of calcium iodate is 0.45 M. What would be the concentrations of Ca2+ and IO3- at equilibrium? Would this solution form a precipitate? Is the solution unsaturated, saturated, or supersaturated? Note* Ksp = [Ca2+][IO3-]2
The maximum amount of calcium sulfide that will dissolve in a 0.105 M calcium acetate solution is ___ M. - The Ksp given for calcium sulfide is 8 × 10-6
Given: Ksp(Ag2CrO4) = 1.2×10-12 Ksp(BaCrO4) = 2.1×10-10 For a solution which is initially 0.060 M in Ba2+ and 0.060 M in Ag+, it is desired to precipitate one of these ions as its chromate (CrO42−) salt to the maximum possible degree without precipitating any of the other cation. From this solution, which ion can be selectively first-precipitated by controlled addition of CrO42− and, ideally, what is the maximum possible percentage of that ion which can be exclusively so precipitated? (Assume...