Suppose that you started with 5 ml of 200 mg/L Cu2+ solution and added it to 1.0g of soil. After mixing you filter it and find that the concentration of the filtered solution is 15 mg/L Cu2+. From the above scenario, calculate the mass of Cu2+ in solution Find the mass of Cu bound to the soil. Calculate the Kdist.
Suppose that you started with 5 ml of 200 mg/L Cu2+ solution and added it to 1.0g of soil. After mixing you filter it and find that the concentration of the filtered solution is 15 mg/L Cu2+. From the above scenario, calculate the mass of Cu2+ in solution Find the mass of Cu bound to the soil. Calculate the Kdist.
Chapter4: Calculations Used In Analytical Chemistry
Section: Chapter Questions
Problem 4.24QAP
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Question
Suppose that you started with 5 ml of 200 mg/L Cu2+ solution and added it to 1.0g of soil. After mixing you filter it and find that the concentration of the filtered solution is 15 mg/L Cu2+.
- From the above scenario, calculate the mass of Cu2+ in solution
- Find the mass of Cu bound to the soil.
- Calculate the Kdist.
Expert Solution
Step 1
(1) Here we are provided with of of solution which is added to of soil. After mixing of the solution with soil, the mixture is filtered. The concentration of ion in the filtered solution is found to be .
Now we are required to find out the mass of in the solution.
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