100% humidity. I am a professor at Brown University.
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∙ 11y agoSeveral sources show that there is essentially no water on Saturn. Therefore no humidity.
95.3 Percent
The humidity is filtered out by a humidity control system.
The amount of water trapped in frozen layers over Mars' south polar region is equivalent to a liquid layer about 11 metres deep covering the planet. However a percentage of the area of water has not yet been calculated some estimates are 40%-50%. http://www.space.com/scienceastronomy/opportunity_evidence_040229.html
The average humidity on the moon is about 13 grams. The humidity on the moon is not affected by the temperature.
It is less than mars
Air humidity measurements are based on the water content of the air, expressed as volume percentage: Relative Humidity = percentage of saturation at a given temperature Absolute Humidity = percentage of water in the air, regardless of saturation or temperature. The humidity that is talked about in weather reports, is relative humidity.
0 degree
Yes, humidity is expressed as a percentage. When the dewpoint and the humidity are nearly the exactly the same or exactly the same as the air temperature, you'll have fog. The higher the dewpoint, the more humid it will feel.
100%
It is 80 percent or over.
Several sources show that there is essentially no water on Saturn. Therefore no humidity.
Relative humidity and is expressed as a percentage. Absolute humidity is expressed as a concentration - mg/L. Specific humidity is a ratio of masses - water to air in a finite volume.
Mars's atmosphere is composed of about 2.7% nitrogen.
it is low in humidity percentage
the things that are true about it is that it is a percentage
The short answer is the maximum percentage of humidity in the air at any temperature is 100%. The percentage of humidity or relative humidity of air is the percent of the maximum humidity or amount of water that the air can hold at any given temperature. Therefore if the relative humidity is 80 per cent at 20 degrees and then the air cools off to 18 degrees the relative humidity goes up even though the amount of humidity or water in the air stays the same. If the temperature continues to drop the relative humidity will continue to rise. Since cool air can hold less air than warm air the relative humidity will eventually reach 100%. If the temperature continues to fall the relative humidity will remain at 100% and water will come out of the air as precipitation.