Which of the following accurately describes Raoult's Law? O The vapor pressure of such a solution is greater than how much of the solution actually consists of the solvent. O The vapor pressure of such a solution is proportional to how much of the solution actually consists of the solvent. O The vapor pressure of such a solution is less than how much of the solution actually consists of the solvent. O The vapor pressure of the solution, Psolution, equals the mole fraction of the solvent, Xsolvent» multiplied by its vapor pressure when pure, P°s solvent- O The vapor pressure of the solution, Psolution, equals the molality of the solvent, msolvent, divided by its vapor pressure when pure, P°s solvent- Msolvent Psolvent po solvent Psolution = Xsolvent Po solvent

Chemistry by OpenStax (2015-05-04)
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Chapter11: Solutions And Colloids
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Problem 65E: The vapor pressure of methanol, CH3OH, is 94 torr at 20 C. The vapor pressure of ethanol, C2H5OH, is...
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Which of the following accurately describes Raoult's Law?
O The vapor pressure of such a solution is greater than how much of the solution actually consists of the solvent.
O The vapor pressure of such a solution is proportional to how much of the solution actually consists of the solvent.
O The vapor pressure of such a solution is less than how much of the solution actually consists of the solvent.
O The vapor pressure of the solution, Psolution, equals the mole fraction of the solvent, Xsolvent multiplied by its vapor
pressure when pure,
solvent-
O The vapor pressure of the solution, Psolution:, equals the molality of the solvent, msolvent, divided by its vapor pressure
when pure, P°solvent-
Msolvent
Psolvent =
po
solvent
O Psolution =
: Xsolvent Po
solvent
Transcribed Image Text:Which of the following accurately describes Raoult's Law? O The vapor pressure of such a solution is greater than how much of the solution actually consists of the solvent. O The vapor pressure of such a solution is proportional to how much of the solution actually consists of the solvent. O The vapor pressure of such a solution is less than how much of the solution actually consists of the solvent. O The vapor pressure of the solution, Psolution, equals the mole fraction of the solvent, Xsolvent multiplied by its vapor pressure when pure, solvent- O The vapor pressure of the solution, Psolution:, equals the molality of the solvent, msolvent, divided by its vapor pressure when pure, P°solvent- Msolvent Psolvent = po solvent O Psolution = : Xsolvent Po solvent
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