A jar contains a gas and a few drops of water at `TK` The pressure in the jar is `830 mm` of Hg The temperature of the jar is reduced by `1%` The vapour pressure of water at two temperatures are 300 and 25 mm of Hg Calculate the new pressure in the jar .

A jar contains a gas and a few drops of water at TK The pressure in the jar is 830 mm of Hg The temperature of the jar is reduced by 1% The vapour pressure of water at two temperatures are 30 and 25 mm og Hg Calculate the new pressure in the jar .

A jar contains a gas and few drops of water at T_1K . The pressure of the jar is 830mm of mercury. The temperature of the jar is reduced by 1% The saturated vapour pressure at the two temperatures are 30 mm and 25 mm of mercury calculate the new pressure in the jar.

A jar contains a gas and a few drops of water. The pressure in the jar is 830mmof mercury, The temperature of the jar is reduced by 1%. The saturation vapour pressures of water at the two temperatures are 30mm of mercury and 25mm of mercury. Calculate the new pressure in the jar.

A jar contains a gas and a few drops of water at absolute temperture T_(1). The pressure in the jar is 830mmof mercuryand 25mmof mercury. The temperature of the jar is reduced by 1%. The saturation vapour pressures of water at the two temperatures are 30mm of murcury and 25mm of mercury. Calculate the new pressue in the jar.

A jar contains a gas and a few drops of water at absolute temperture T_(1). The pressure in the jar is 830mmof mercuryand 25mmof mercury. The temperature of the jar is reduced by 1%. The saturation vapour pressures of water at the two temperatures are 30mm of murcury and 25mm of mercury. Calculate the new pressue in the jar.

The vapour pressure of water at room temperature is 30 mm of Hg. If the mole fraction of the water is 0.9, the vapour pressure of the solution will be :