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48. A vessel labelled 1 contains 3 mole of liquid A and 1 mole of liquid B forming an ideal solution is allowed to reach equilibrium with its vapours . The vapours are then quickly taken out and condensed in vessel labelled 2 Here again the solution is allowed to reach equilibrium with its vapours. The vapours are then again quickly taken out condensed in vessel labelled 3. This process is continued several times. If vapour pressure states of A and B are 700 and 350 mm Hg. Then calculate Q1 the composition of vapours in vessel labelled 1 Q2 the composition of vapour in vessel labelled 2 Q3 the composition of vapours in vessel labelled 100

Answer» 48. A vessel labelled 1 contains 3 mole of liquid A and 1 mole of liquid B forming an ideal solution is allowed to reach equilibrium with its vapours . The vapours are then quickly taken out and condensed in vessel labelled 2 Here again the solution is allowed to reach equilibrium with its vapours. The vapours are then again quickly taken out condensed in vessel labelled 3. This process is continued several times. If vapour pressure states of A and B are 700 and 350 mm Hg. Then calculate Q1 the composition of vapours in vessel labelled 1 Q2 the composition of vapour in vessel labelled 2 Q3 the composition of vapours in vessel labelled 100


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