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The evaporation of a liquid generates a vapor that can reach a characteristic pressure and concentration known as the saturation point. Typically, the vapors of the liquid are subject to fluctuations, achieving only partial concentrations and pressures that can be characterized based on their degree of saturation. An example of this is relative humidity, which represents the percentage of humidity present in relation to the saturated concentration of water vapor.

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ID:(373, 'ky')

Description

The evaporation of a liquid generates a vapor that can reach a characteristic pressure and concentration known as the saturation point. Typically, the vapors of the liquid are subject to fluctuations, achieving only partial concentrations and pressures that can be characterized based on their degree of saturation. An example of this is relative humidity, which represents the percentage of humidity present in relation to the saturated concentration of water vapor.

ID:(373, 0)