Respuesta :
The partial pressure of H₂ O in the compressed gas mixture is 2639.736 Pa.
(a) At 22°C, equilibrium vapor pressure of water = 19.8 Torr
The conversion of Torr to Pascal is as follows:
Vapor pressure of water 19.8 Torr x 133.32 Pa/1 Torr= 2639. 736 Pa
Hence, the vapor pressure of water is 2639.736 Pa.
In a mixture of gases, every constituent fuel has a partial strain that's the notional pressure of that constituent gasoline as though it alone occupied the whole volume of the unique combination at the same temperature.
Partial pressure is the pressure that a fuel exerts. The sum of the partial pressures in a combination of all of the gases equals the overall strain. Partial friction is of paramount importance whilst forecasting gas go with the flow. Bear in mind that gases in two areas that are connected have a tendency to equalize their pressure.
Partial strain is the pressure exerted by means of a gas. The sum of the partial pressures of all of the gases in combination equals the total strain. Partial pressure is extremely essential in predicting the movement of gases. Keep in mind that gases have a tendency to equalize their strain in regions that might be connected.
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