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B. An aqueous solution at 25C is 0.10M in both Ba2+ and Ca2+ ions. If these two ions (Ba2+, Ca2+ ) will be separated by

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B. An aqueous solution at 25C is 0.10M in both Ba2+ and Ca2+ ions. If these two ions (Ba2+, Ca2+ ) will be separated by taking advantage of the different solubility of BaCO3 and CaCO3. What is the highest possible CO32 concentration that allows only one salt to present at equilibrium? The solubility products of BaCO3 and CaCO3 are 2.58109M and 3.36109 M; respectively. B. An aqueous solution at 25C is 0.10M in both Ba2+ and Ca2+ ions. If these two ions (Ba2+, Ca2+ ) will be separated by taking advantage of the different solubility of BaCO3 and CaCO3. What is the highest possible CO32 concentration that allows only one salt to present at equilibrium? The solubility products of BaCO3 and CaCO3 are 2.58109M and 3.36109 M; respectively

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