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The maximum water vapor that air can hold at 30°C is about 30 grams/cubic meter. If the humidity of the air is currently 6 grams/cubic meter at the same temperature, the relativ…
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The maximum water vapor that air can hold at 30°C is about 30 grams/cubic meter. If the humidity of the air is currently 6 grams/cubic meter at the same temperature, the relativ…
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The maximum water vapor that air can hold at 30°C is about 30 grams/cubic meter. If the humidity of the air is currently 6 grams/cubic meter at the same temperature, the relative humidity is %. NextReset
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Answer:
20%
Explanation:
Bloo
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Feb 8, 2017
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Relative humidity
(RH
) is the ratio of the
partial pressure
of water vapor to the
equilibrium vapor pressure
of water at a given temperature. Relative humidity depends on temperature and the pressure of the system of interest. To calculate we use the formula:
%RH = (actual vapor density / saturation vapor density) x 100%
%RH = (6 / 30) x 100%
%RH = 20%
Matt Lohkamp
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Feb 12, 2017
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