The higher the temperature, the more water vapor a volume of air is capable of holding. ... As air warms, its capacity for holding water vapor increases; as it cools, the capacity decreases. The maximum water vapor capacity of a volume increase at an increasing rate as temperature increases.
The higher the temperature, the more water vapor a volume of air is capable of holding. Therefore, any change in temperature alters the volume's water vapor capacity. As air warms, its capacity for holding water vapor increases; as it cools, the capacity decreases.
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Answer:
The higher the temperature, the more water vapor a volume of air is capable of holding. ... As air warms, its capacity for holding water vapor increases; as it cools, the capacity decreases. The maximum water vapor capacity of a volume increase at an increasing rate as temperature increases.
The higher the temperature, the more water vapor a volume of air is capable of holding. Therefore, any change in temperature alters the volume's water vapor capacity. As air warms, its capacity for holding water vapor increases; as it cools, the capacity decreases.