When 2.63 g of a polypeptide is dissolved in 417 mL of water, the resulting solution is found to have an osmotic pressure of 0.125 atm at 37.0 °C. What is the molar mass of the polypeptide? (Assume the volume doesn't change when the polypeptide is added.)

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A: Equation for Osmotic pressure: π = i * M * R * T where,  π = Osmotic pressure = 0.125 atm i = van't…

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Q: What is the molarity of a solution of a polypeptide which has an osmotic pressure of 0.265 atm at…

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Q: When 2.63 g of a polypeptide is dissolved in 507 mL of water, the resulting solution is found to…

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Q: Calculate the osmotic pressure of a solution prepared by dissolving 150 g of aluminum chloride in…

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Q: Help

A: Molar mass of given carbohydrate is 2448 g/mol

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Q: molarity of a sucrose (C12H22O11) solution that produces an osmotic pressure of 2.65 atm at 25°C?

A: Osmotic pressure is the minimum pressure that is required to the stop the flow of solvent through…

Q: When 2.63 g of a polypeptide is dissolved in 505 mL of water, the resulting solution is found to…

A: given, mass of the polypeptide = 2.63g volume of water = 505 mL osmotic pressure = 0.125 atm…

Q: If a 58.3 mg sample of protein B in 1.75 mL of water has an osmotic pressure of 0.218 atm, what is…

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Q: A 2.4-g sample of a small protein having a molecular weight of 62,000 g/mol is dissolved in 59.6 mL…

A: Using formula of osmotic pressure we can calculate the osmotic pressure of solution.