At sea level, an air parcel at 20°C has a relative humidity of 50%. As the unsaturated air parcel rises 1 kin up a mountain, the air cools to a temperature of 10QC and becomes completely saturated. The air parcel continues to climb to the top of the mountain—an elevation of 2 km. What were the air’s capacity and the humidity at sea level? What was the dew point temperature at an elevation of 1 km? What was the air temperature at the top of the mountain (elevation 2 km)?
At sea level, an air parcel at 20°C has a relative humidity of 50%. As the unsaturated air parcel rises 1 kin up a mountain, the air cools to a temperature of 10QC and becomes completely saturated. The air parcel continues to climb to the top of the mountain—an elevation of 2 km. What were the air’s capacity and the humidity at sea level? What was the dew point temperature at an elevation of 1 km? What was the air temperature at the top of the mountain (elevation 2 km)?
At sea level, an air parcel at 20°C has a relative humidity of 50%. As the unsaturated air parcel rises 1 kin up a mountain, the air cools to a temperature of 10QC and becomes completely saturated. The air parcel continues to climb to the top of the mountain—an elevation of 2 km. What were the air’s capacity and the humidity at sea level? What was the dew point temperature at an elevation of 1 km? What was the air temperature at the top of the mountain (elevation 2 km)?
The surface temperature is 21⁰C, and the lapse rate is -5.2⁰C/1000 meters. A parcel of air with a temperature of 17⁰C has been liftd to an altitude of 765 m by a mountain ridge. Is the parcel stable or unstable?
Imagine 2 locations, a snowy one, and a warm one. Both locations have a water vapor amount of 7 g/kg in the air. Which location is more humid percent-wise and why?
If air temperature is 7 5 degrees at sea level, what is the temperature at the top of Pike's Peak ( elevation 1 4 , 0 0 0 ft ) ?
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The Laws of Thermodynamics, Entropy, and Gibbs Free Energy; Author: Professor Dave Explains;https://www.youtube.com/watch?v=8N1BxHgsoOw;License: Standard YouTube License, CC-BY