When a bowl of water is placed in a closed container and a water vapour is pumped away rapidly enough why does the remaining liquid turn into ice
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A bowl of water is covered tightly and allowed to sit
A bowl of water is covered tightly and allowed to sit at a constant temperature of 23 °C for a long time. Since the bowl is tightly covered, none of the water vapor can escape, and since the bowl is allowed to sit for a long time at a constant temperature, the vapor above the liquid attains equilibrium with the liquid. The partial pressure of the water vapor will equal the equilibrium vapor pressure of water at 23 °C, and the relative humidity will be 100%.
hope this helps!!
A bowl of water is covered tightly and allowed to sit at a constant temperature of 23 °C for a long time. Since the bowl is tightly covered, none of the water vapor can escape, and since the bowl is allowed to sit for a long time at a constant temperature, the vapor above the liquid attains equilibrium with the liquid. The partial pressure of the water vapor will equal the equilibrium vapor pressure of water at 23 °C, and the relative humidity will be 100%.
hope this helps!!
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