Calculate the molar solubility, S, of Ag2(CrO4) in a 0.138 M solution of K2(CrO,). Note that K2(CrO,) is highly soluble and the K, of Ag2 (CrO,) is 9.00 x 10 12.

Fundamentals Of Analytical Chemistry
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Chapter9: Aqueous Solutions And Chemical Equilibria
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Two highly soluble salts, AB, and C3D, are mixed together in an Erlenmeyer flask. The solution is
prepared such that AB= 1.50 x 10 M and C,D= 7.50 x 102 M. Note that each of
these species are hypothetical and do not represent actual elements from the periodic table.
Considering the K, values for A3 D2 and CB are 2.79 x 104 and 6.78 x 10 21, respectively,
answer each of the questions below.
a) What is the value of Q, for the salt A3D2?
Qup
b) What is the value of Q. for the salt CB?
c) Which, if either, of these salts would precipitate from the solution based on the concentrations of
each of the lons in solution?
O A,D2 would precipitate
O CB would precipitate
O Neither salt would precipitate
O Both could precipitate
Transcribed Image Text:Two highly soluble salts, AB, and C3D, are mixed together in an Erlenmeyer flask. The solution is prepared such that AB= 1.50 x 10 M and C,D= 7.50 x 102 M. Note that each of these species are hypothetical and do not represent actual elements from the periodic table. Considering the K, values for A3 D2 and CB are 2.79 x 104 and 6.78 x 10 21, respectively, answer each of the questions below. a) What is the value of Q, for the salt A3D2? Qup b) What is the value of Q. for the salt CB? c) Which, if either, of these salts would precipitate from the solution based on the concentrations of each of the lons in solution? O A,D2 would precipitate O CB would precipitate O Neither salt would precipitate O Both could precipitate
Calculate the molar solubility, S, of Ag2(CrO,) in a 0.138 M solution of K2(CrO,). Note that
K2(CrO4) is highly soluble and the K of Ag2 (CrO,) is 9.00 x 10-12 .
M
S:
Transcribed Image Text:Calculate the molar solubility, S, of Ag2(CrO,) in a 0.138 M solution of K2(CrO,). Note that K2(CrO4) is highly soluble and the K of Ag2 (CrO,) is 9.00 x 10-12 . M S:
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