The osmotic pressure of 1.75 x102 M solutions of CaCl2 and urea at 25°C are 1.05 and 0.427 atm, respectively. Calculate the van't Hoff factor for the CaCl2 solution.

Chemistry: The Molecular Science
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ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
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Chapter13: The Chemistry Of Solutes And Solutions
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O 5. The osmotic pressure of 1.75 x102 M solutions of CaCl2 and urea at 25°C are 1.05
and 0.427 atm, respectively. Calculate the van't Hoff factor for the CaCl2 solution.
6. What mass of insulin must be dissolved in 38.0 mL of water to produce a solution with an
osmotic pressure of 15.5 mmHg at 25°C? The molar mass of insulin is 5808 g/mol.
7. A solution of 4.75 g of carbohydrate in 100.0 g of water has a density of 1.017 g/mL and an
osmotic pressure of 3.24 atm at 20.0°C. Calculate the molar mass of the carbohydrate.
moon!
Transcribed Image Text:O 5. The osmotic pressure of 1.75 x102 M solutions of CaCl2 and urea at 25°C are 1.05 and 0.427 atm, respectively. Calculate the van't Hoff factor for the CaCl2 solution. 6. What mass of insulin must be dissolved in 38.0 mL of water to produce a solution with an osmotic pressure of 15.5 mmHg at 25°C? The molar mass of insulin is 5808 g/mol. 7. A solution of 4.75 g of carbohydrate in 100.0 g of water has a density of 1.017 g/mL and an osmotic pressure of 3.24 atm at 20.0°C. Calculate the molar mass of the carbohydrate. moon!
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