A solution is 0.082 MM in Pb2+Pb2+ and 0.030 MM in Ag+Ag+. 1.)If selective precipitation is to be achieved using NaClNaCl, what minimum concentration of NaClNaCl do you need to begin to precipitate the ion that precipitates first? 2.)What is the concentration of each ion left in solution at the point where the second ion begins to precipitate? Express your answers using two significant figures, separated by a comma. Express the concentration of Pb2+Pb2+ first followed by a comma, then the concentration of Ag+Ag+.
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A solution is 0.082 MM in Pb2+Pb2+ and 0.030 MM in Ag+Ag+.
1.)If selective precipitation is to be achieved using NaClNaCl, what minimum concentration of NaClNaCl do you need to begin to precipitate the ion that precipitates first?
2.)What is the concentration of each ion left in solution at the point where the second ion begins to precipitate?
Express your answers using two significant figures, separated by a comma. Express the concentration of Pb2+Pb2+ first followed by a comma, then the concentration of Ag+Ag+.
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