The tempareture and the relative humidity are 300K and 20% in a room of volume `50m^(3)`. `The floor is washed with water , soog of water sticking on the floor. Assuming mo communication with the surrouding, find the relative humidity when the floor dries. The changes in temperature and pressure may be neglected. Saturation vapour pressure at `300K=3.3kPa`.

The temperature and the relative humidity are 300K and 20% in a room of volume 50m^(3) . The floor is washed with water , some of water sticking on the floor. Assuming no communication with the surrounding, find the relative humidity when the floor dries. The changes in temperature and pressure may be neglected. Saturation vapour pressure at 300K=3.3kPa .

The temperature and the relative humidity are 300 K and 20% in a room of volume 50 m^(3) . The floor is washed with water, 500 g of water sticking on the floor. Assuming no communication with the surrounding, find the relative humidity when the floor dries. The changes in temperature and pressure may be neglected. Saturation vapour pressure at 300 K = 3.3 kPa .

The temperature and the relative humidity are 300 K and 20% in a room of volume 50 m^(3) . The floor is washed with water, 500 g of water sticking on the floor. Assuming no communication with the surrounding, find the relative humidity when the floor dries. The changes in temperature and pressure may be neglected. Saturation vapour pressure at 300 K = 3.3 kPa .

The temperature and the relative humidity are 300 K and 20% in a room of volume 50 m^(3) . The floor is washed with water, 500 g of water sticking on the floor. Assuming no communication with the surrounding, find the relative humidity when the floor dries. The changes in temperature and pressure may be neglected. Saturation vapour pressure at 300 K = 3.3 kPa .

Find the mass of water vapour per cubic metre of air at temperature 300K and relative humidity 50%. The saturation vapour pressure at 300K is 3.6kPa and the gas constant R=8.3JK^(-1)mol^(-1) .

Find the mass of water vapour per cubic metre of air at temperature 300K and rekative humidity 50%. The saturation vapour pressure at 300K is 3.6kPa and the gas constant R=8.3JK^(-1)mol^(-1) .

Find the mass of water vapour per cubic metre of air at temperature 300K and rekative humidity 50%. The saturation vapour pressure at 300K is 3.6kPa and the gas constant R=8.3JK^(-1)mol^(-1) .

At 30^(@)C , the actual amount of water vapour present in 1 m^(3) of air is 15 g, whereas 30 g of water vapour is required to saturate air at the same temperature. Find the relative humidity.

The condition of air in a closed room is described as follows. Temperature =25^(@)C ,relative humidity=60%, pressure=104 kPa. If all the water vapour is removed from the room without changing the tempareture what will be the new pressure?The saturation vapour pressure at 25^(@)C=3.2 kPa .

The condition of air in a closed room is described as follows. Temperature =25^(@)C ,relative humidity=60%, pressure=104 kPa. If all the water vapour is removed from the room without changing the tempareture what will be the new pressure?The saturation vapour pressure at 25^(@)C=3.2 kPa .