Water has a vapor pressure of ( 18.0 ) torr and a density of ( 0.997 mathrm{~g} / mathrm{mL} ). Methanol ( left( mathrm{CH}_{3} mathrm{OH} right) ) has a vapor pressure of ( 126.8 ) torr and a density of ( 0.791 mathrm{~g} / mathrm{mL} ). Assuming a mixture of the two behaved ideally and followed Raoult's Law, what would you predic solutionspile.com

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Water has a vapor pressure of  ( 18.0  ) torr and a density of  ( 0.997  mathrm{~g} /  mathrm{mL}  ). Methanol  (  left( mathrm{CH}_{3}  mathrm{OH} right)  ) has a vapor pressure of  ( 126.8  ) torr and a density of  ( 0.791  mathrm{~g} /  mathrm{mL}  ). Assuming a mixture of the two behaved ideally and followed Raoult's Law, what would you predict to be the vapor pressure (in torr) of a solution containing  ( 525  mathrm{~mL}  ) of water and  ( 345  mathrm{~mL}  ) of methanol? solutionspile.com

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(Solved): Water has a vapor pressure of \( 18.0 \) torr and a density of \( 0.997 \mathrm{~g} / \mathrm{mL} \ ...

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