3. A reservoir had the following average values of climate parameters during a week: Relative Humidity = 40% Wind velocity at 1.0 m above ground surface = 16 km/hr ew 3D 17.54 mтHg mean barometric reading 3D 760 тmHg Estimate the average daily evaporation (mm/day) from the lake by using Rohwer's formula.
3. A reservoir had the following average values of climate parameters during a week: Relative Humidity = 40% Wind velocity at 1.0 m above ground surface = 16 km/hr ew 3D 17.54 mтHg mean barometric reading 3D 760 тmHg Estimate the average daily evaporation (mm/day) from the lake by using Rohwer's formula.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![3. A reservoir had the following average values of climate
parameters during a week:
Relative Humidity = 40%
Wind velocity at 1.0 m above ground surface
= 16 km/hr
ew = 17.54 mmHg
mean barometric reading = 760 mmHg
%3D
Estimate the average daily evaporation (mm/day) from
the lake by using Rohwer's formula.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffa38ad37-6a2e-4664-9793-e6c36ce02eb1%2F076d4870-9cba-44c6-a7f3-540e3fcefedd%2Fj1mt39s_processed.png&w=3840&q=75)
Transcribed Image Text:3. A reservoir had the following average values of climate
parameters during a week:
Relative Humidity = 40%
Wind velocity at 1.0 m above ground surface
= 16 km/hr
ew = 17.54 mmHg
mean barometric reading = 760 mmHg
%3D
Estimate the average daily evaporation (mm/day) from
the lake by using Rohwer's formula.
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