\nAlso, for the determination of the molar mass of the solute mixture, we have
\n\n\n\n
Substituting the values in the above relation,
\n\n\n\n\n\n
Thus, the molar mass of the solute mixture will be
\n\n"},"comment":{"@type":"Comment","text":"Osmotic pressure of a solution is directly proportional to the concentration and temperature."},"encodingFormat":"text/markdown","learningResourceType":"Practice problem","suggestedAnswer":[],"text":"Calculate the osmotic pressure of an aqueous solution containing each of sucrose and glucose per at If this pressure was measured and it were not known that the solute was a mixture, what molecular weight would be expected?"},"name":"Quiz on Solutions","typicalAgeRange":"10-17","url":"https://www.embibe.com/questions/Calculate-the-osmotic-pressure-of-an-aqueous-solution-containing-1g-each-of-sucrose-and-glucose-per-dm3-at-300%C2%A0K.-If-this-pressure-was-measured-and-it-were-not-known-that-the-solute-was-a-mixture%2C-what-molecular-weight-would-be-expected%3F/EM7544805"}
K L Chugh Solutions for Chapter: Solutions, Exercise 7: Follow Up Problems
Author:K L Chugh
K L Chugh Chemistry Solutions for Exercise - K L Chugh Solutions for Chapter: Solutions, Exercise 7: Follow Up Problems
Attempt the practice questions on Chapter 2: Solutions, Exercise 7: Follow Up Problems with hints and solutions to strengthen your understanding. NEW SYSTEMATIC MODERN CHEMISTRY solutions are prepared by Experienced Embibe Experts.
Questions from K L Chugh Solutions for Chapter: Solutions, Exercise 7: Follow Up Problems with Hints & Solutions
Calculate the osmotic pressure of an aqueous solution containing each of sucrose and glucose per at If this pressure was measured and it were not known that the solute was a mixture, what molecular weight would be expected?
A percent solution of sucrose is isotonic with percent solution of an unknown organic substance. Calculate the molecular weight of the unknown substance.
The given aqueous solution of a protein contains of the protein in solution. The osmotic pressure of this solution at is found to be Calculate the molar mass of the protein.