In a process where air is passed across the length of a rect

In a process where air is passed across the length of a rectangular pool filled with water (H2O) is carried out under the following conditions: Pool length: 3 meters Pool width: 1.1 meter Pool depth: 0.7 meter Air velocity: 16 m/s The density of water can be taken as 1000 kg/m3. The molecular weight of water is 18 kg/kmol and the saturation pressure is 3 kPa. The gas constant R can be taken as 8.314 . Both the air and water are at 27°C. Calculate how long it will take for the water in the pool to be fully depleted. Assume the air to be completely dry.

Solution

in a process where air is passed across the length of a rectangular pool filled with water (H2O) is carried out under the following conditions: Pool length: 3 meters Pool width: 1.1 meter Pool depth: 0.7 meter Air velocity: 16 m/s The density of water can be taken as 1000 kg/m3. The molecular weight of water is 18 kg/kmol and the saturation pressure is 3 kPa. The gas constant R can be taken as 8.314 . Both the air and water are at 27°C. Calculate how long it will take for the water in the pool to be fully depleted. Assume the air to be completely dry.