An aqueous solution of a covalent compound has an osmotic pressure of 0.2351 atm. This solution was made by taking 1.52 g of the compound and dissolving it in enough water to form a 560.0 mL solution at 52.0 °C. What is the nolar mass of this covalent compound? 0.08206 L-atm mol·K

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An aqueous solution of a covalent compound has an osmotic pressure of 0.2351 atm. This solution was made by taking 1.52 g of the compound and dissolving it in enough water to form a 560.0 mL solution at 52.0 °C. What is the
molar mass of this covalent compound?
0.08206 L· atm
R =
mol·K
Transcribed Image Text:An aqueous solution of a covalent compound has an osmotic pressure of 0.2351 atm. This solution was made by taking 1.52 g of the compound and dissolving it in enough water to form a 560.0 mL solution at 52.0 °C. What is the molar mass of this covalent compound? 0.08206 L· atm R = mol·K
Expert Solution
Step 1

Given: Mass of solute compound = 1.52 g.

Volume of solution = 560.0 mL = 0.560 L 

Temperature = 52.0 oC

And the osmotic pressure of the solution = 0.2351 atm.

 

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