5.8g of non volatile solute was dissolved in 100g of carbon disulphide (molar mass=76g mol) the vapour pressure of the solution was found to be 190mmHg. calculate the Molecular mass of the solute . vapour pressure of pure carbon disulphide is 195 mmHg

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5.8g of non volatile solute was dissolved in 100g of carbon disulphide (molar mass=76g mol) the vapour pressure of the solution was found to be 190mmHg. calculate the Molecular mass of the solute . vapour pressure of pure carbon disulphide is 195 mmHg

5.8g of non volatile solute was dissolved in 100g of carbon disulphide (molar mass=76g mol) the vapour pressure of the solution was found to be 190mmHg. calculate the Molecular mass of the solute . vapour pressure of pure carbon disulphide is 195 mmHg

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5.8g of non volatile solute was dissolved in 100g of carbon disulphide (molar mass=76g mol) the vapour pressure of the solution was found to be 190mmHg. calculate the Molecular mass of the solute . vapour pressure of pure carbon disulphide is 195 mmHg

5.8g of non volatile solute was dissolved in 100g of carbon disulphide (molar mass=76g mol) the vapour pressure of the solution was found to be 190mmHg. calculate the Molecular mass of the solute . vapour pressure of pure carbon disulphide is 195 mmHg

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