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If 395.3 g of a substance is dissolved in 872.6 g of cyclohexane solvent, the boiling point of the solution is 87.38 oC. Calcul...Asked by adam
If 406.6 g of a substance is dissolved in 879.1 g of cyclohexane solvent, the boiling point of the solution is 87.52 oC. Calculate the apparent molar mass (g/mol) of substance.
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Answered by
DrBob222
delta T = Kb*molality
delta T is difference between the normal boiling point and the b.p. shown in the problem Use this equation to solve for molality.
Then use molality = moles/kg solvent to solve for moles.
Then use moles = grams/molar mass to solve for molar mass.
delta T is difference between the normal boiling point and the b.p. shown in the problem Use this equation to solve for molality.
Then use molality = moles/kg solvent to solve for moles.
Then use moles = grams/molar mass to solve for molar mass.
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