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. 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 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 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 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 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 300 and 25 mm of Hg Calculate the new pressure in the jar . (a)792mm of Hg (b)817mm of Hg (c)800mm of Hg (d)840mm of Hg

A faulty barometer contains certains amount of air and saturated water vapour . It reads 74.0cm when the atmospheric pressure is 76.0cm of mercury and reads 72.10cm when the atmospheric pressure is 74.0cm of mercury.Saturation vapour pressure at air temperature =1.0cm of mercury. Find the length of the baromerer tube above the mercury level in the reservoir.