We prepare a solution with the following ion concentrations: [Pb²*] = 1.0x10 M and [C] = 0.1 M. If ksa 1.7x10-$. Determine which of the following is true. A. precipitate forms B. system is equilibrium C. no precipitate forms D. cannot be determined Your answer

Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter15: Additional Aqueous Equilibria
Section: Chapter Questions
Problem 118QRT
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We prepare a solution with the following ion concentrations: [Pb2] = 1.0x10 M and [CH] = 0.1 M. If ka
1.7x10. Determine which of the following is true.
A. precipitate forms
B. system is equilibrium
C. no precipitate forms
D.
cannot
be
determined
Your answer
Transcribed Image Text:We prepare a solution with the following ion concentrations: [Pb2] = 1.0x10 M and [CH] = 0.1 M. If ka 1.7x10. Determine which of the following is true. A. precipitate forms B. system is equilibrium C. no precipitate forms D. cannot be determined Your answer
What is the equilibrium constant expression for the dissolution of lead (II) oxalate in water?
A. ksp=[Pb?-l[C:0.2|
B. ksp=[Pb2)?[CO212
C. ksp=[Pb[C202 ?
D. None of these
Your answer
Which has the highest molar solubility given the respective k?
A. PbCO3, 1.5x1013
B. Pbl2. 8.7x10
C. PbS, 8.4x10-28
D. PBSO. 1.8x10
Your answer
Ammonia is a weak base (K. = 1.8X10:). What is the pH of 1.2 M ammonia?
A. 2.33
B. 4.74
C. 9.26
D. 11.67
Your answer
Transcribed Image Text:What is the equilibrium constant expression for the dissolution of lead (II) oxalate in water? A. ksp=[Pb?-l[C:0.2| B. ksp=[Pb2)?[CO212 C. ksp=[Pb[C202 ? D. None of these Your answer Which has the highest molar solubility given the respective k? A. PbCO3, 1.5x1013 B. Pbl2. 8.7x10 C. PbS, 8.4x10-28 D. PBSO. 1.8x10 Your answer Ammonia is a weak base (K. = 1.8X10:). What is the pH of 1.2 M ammonia? A. 2.33 B. 4.74 C. 9.26 D. 11.67 Your answer
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