2. Titration of Ca²+ and Mg²+ in a 50mL sample of hard water required 23.65mL of 0.01205M EDTA. A second 50mL aliquot was made strongly basic with NaOH to precipitate Mg2+ as Mg(OH)2. The supernatant liquid was titrated with 14.53mL of the EDTA solution. Calculate a. concentration in ppm of CaCO3 in the sample. b. concentration in ppm of MgCO3 in the sample.
2. Titration of Ca²+ and Mg²+ in a 50mL sample of hard water required 23.65mL of 0.01205M EDTA. A second 50mL aliquot was made strongly basic with NaOH to precipitate Mg2+ as Mg(OH)2. The supernatant liquid was titrated with 14.53mL of the EDTA solution. Calculate a. concentration in ppm of CaCO3 in the sample. b. concentration in ppm of MgCO3 in the sample.
Chapter17: Complexation And Precipitation Reactions And Titrations
Section: Chapter Questions
Problem 17.42QAP
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![2. Titration of Ca²+ and Mg²+ in a 50mL sample of hard water required 23.65mL of 0.01205M EDTA. A
second 50mL aliquot was made strongly basic with NaOH to precipitate Mg2+ as Mg(OH)2. The
supernatant liquid was titrated with 14.53mL of the EDTA solution. Calculate
a. concentration in ppm of CaCO3 in the sample.
b. concentration in ppm of MgCO3 in the sample.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4a204987-41c1-4ca4-a7f0-270fd6cfa0af%2Fab9b545d-10b4-467c-ae97-b3138a8e9458%2Fpfncb86_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. Titration of Ca²+ and Mg²+ in a 50mL sample of hard water required 23.65mL of 0.01205M EDTA. A
second 50mL aliquot was made strongly basic with NaOH to precipitate Mg2+ as Mg(OH)2. The
supernatant liquid was titrated with 14.53mL of the EDTA solution. Calculate
a. concentration in ppm of CaCO3 in the sample.
b. concentration in ppm of MgCO3 in the sample.
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