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A volume of moist air 30m3 at i total pressure of 101.325kPa and a Cempera are of 303K(30C) contains water vapour in such proportions that its partial pressaie is 2.933kPa. Without total pressure being changed, the temperature is reduced to 288K(15C) and some of water vapour is removed by condensation. After cooling, it is found that the partial pressure of water vapour is 1.693kPa. Calculate (a) volume of air at 288K(15C) and (b) weight of water condensed. A volume of moist air 30m3 at i total pressure of 101.325kPa and a Cempera are of 303K(30C) contains water vapour in such proportions that its partial pressaie is 2.933kPa. Without total pressure being changed, the temperature is reduced to 288K(15C) and some of water vapour is removed by condensation. After cooling, it is found that the partial pressure of water vapour is 1.693kPa. Calculate (a) volume of air at 288K(15C) and (b) weight of water condensed