Shown here are two aqueous solutions containing various ions. The volume of each solution is 200 mL. (a) Calculate the mass of the precipitate (in g) after the solutions are mixed. (b) What are the concentrations (in M) of the ions in the final solution? Treat each sphere as 0.100 mol. Assume the volumes are additive. Al³+ NO K+ OH-

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Chapter1: Chemical Foundations
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Q4:
Shown here are two aqueous solutions containing various ions. The volume of each solution is 200 mL. (a)
Calculate the mass of the precipitate (in g) after the solutions are mixed. (b) What are the concentrations
(in M) of the ions in the final solution? Treat each sphere as 0.100 mol. Assume the volumes are additive.
A1³+
NO3
K+
OH-
Q5:
Which of the following equations best represents the reaction shown in the diagram?
a. 8A+ 4BC+D
b. 4A+8B4C + 4D
c. 2A + B
C + D
d. 4A + 2B
4C + 4D
e. 2A + 4B
C + D
D
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Transcribed Image Text:Home H Tools 8 01_Lecture Spring... practices for the c... x ↓ 2 13 124% Q4: Shown here are two aqueous solutions containing various ions. The volume of each solution is 200 mL. (a) Calculate the mass of the precipitate (in g) after the solutions are mixed. (b) What are the concentrations (in M) of the ions in the final solution? Treat each sphere as 0.100 mol. Assume the volumes are additive. A1³+ NO3 K+ OH- Q5: Which of the following equations best represents the reaction shown in the diagram? a. 8A+ 4BC+D b. 4A+8B4C + 4D c. 2A + B C + D d. 4A + 2B 4C + 4D e. 2A + 4B C + D D Subscribe Search tools Create PDF Combine Files Edit PDF Export PDF Organize Pages Send for Comments Comment Scan & OCR Protect More Tools Trial Expired Buy now to restore full access to Acrobat. Subscribe Now Activate
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