3.2.1 At a climate station, the following measurements are made: air pressure = 101.1 kPa, air temperature = 25°C, and dew point temperature = 20°C. Calculate the corresponding vapor pressure, relative humidity, specific humidity, and air density. 3.2.2 Calculate the vapor pressure, air pressure, specific humidity, and air density at elevation 1500 m if the surface conditions are as specified in Prob. 3.2.1 and the %3D lapse rate is 9°C/km.
Reservoir and Streamflow Routing
In hydrology, a reservoir is usually a natural pond that is enlarged or made using a dam to keep the water clean. Reservoirs or dams can be constructed in several ways, including controlling the existing watercourse, disrupting the watercourse to form embayment within it, by digging or building any number of retaining walls.
Water Resource Systems Analysis
Water resources are natural water sources that may be as useful as water sources. 97% of the world's water is saltwater and only 3% is pure water; just over two-thirds of this ice sheet is located in glaciers. The remaining pure frozen water is found primarily as groundwater, with only a small fraction present above the ground or in the air. Natural sources of freshwater include surface water, under river flow, groundwater, and ice water. Artificial water sources can include treated wastewater (recycled water) and saline seawater.
Gostaria que respondessem as 4 questões.
É do capítulo 3 do livro Apple Hydrology
Autor Vem Te Chow
Gostaria que respondessem as 4 questões.
É do capítulo 3 do livro Apple Hydrology
Autor Vem Te Chow
![3.2.1 At a climate station, the following measurements are made: air pressure = 101.1
kPa, air temperature = 25°C, and dew point temperature = 20°C. Calculate the
corresponding vapor pressure, relative humidity, specific humidity, and air density.
3.2.2 Calculate the vapor pressure, air pressure, specific humidity, and air density at
elevation 1500 m if the surface conditions are as specified in Prob. 3.2.1 and the
lapse rate is 9°C/km.
3.2.3 If the air temperature is 15°C and the relative humidity 35 percent, calculate the
vapor pressure, specific humidity, and air density. Assume standard atmospheric
pressure (101.3 kPa).
3.2.4 Solve Prob. 3.2.3 if the air temperature rises to 30°C. By what percentage does
the specific humidity increase as a result of the temperature rise from 15 to 30°C?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd19184a8-f2de-496c-b075-c9bb1bf5421f%2F2aadb383-15d7-434f-9a44-8778c0053b3a%2Frqdodd_processed.png&w=3840&q=75)
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