Vapour pressure is pressure exerted by vapour when its pure condensed phase condensed phase (solid orliquoid) is in equilibrium with gas phase (Vapour) vapour pressure is function temper ature for a given pure form vapour pressure of a substance is instrisic property. There are there 1.0 L flasks, maintained at 308 K are connected to each other with stop cocks, initially, the stop cock s are closed, there three are opened and missed you have to find out final pressure of mixture. Initially each flaks are maintained at temperature 308 K . In the first flask N 2 is kept at 1 atom. In the second flask 2.0g of H 2 O His kept and in third flask 0.50g of ethanol is kept. It is given that the vapour pressure of H 2 O at 308 K is 4233Hg and that of ethanol is 102mmHg. Concept introduction: Total pressure inside the flask is summation of pressure due to each component P total> = P N 2 + P H 2 O + P C 2 H 6 o Ideal gas equation Pv = nRT

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Chapter 12, Problem 96E

Interpretation Introduction

Interpretation:

Vapour pressure is pressure exerted by vapour when its pure condensed phase condensed phase (solid orliquoid) is in equilibrium with gas phase (Vapour) vapour pressure is function temper ature for a given pure form vapour pressure of a substance is instrisic property. There are there 1.0L flasks, maintained at 308Kare connected to each other with stop cocks, initially, the stop cock s are closed, there three are opened and missed you have to find out final pressure of mixture. Initially each flaks are maintained at temperature 308K.

In the first flask N₂ is kept at 1 atom.

In the second flask 2.0g of H₂O His kept and in third flask 0.50g of ethanol is kept.

It is given that the vapour pressure of H₂O at 308K is 4233Hg and that of ethanol is 102mmHg.

Concept introduction:

Total pressure inside the flask is summation of pressure due to each component

P_{total> =P_N₂+P_H₂O}+P_C₂H₆o

Ideal gas equation

Pv=nRT

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