The catchment area of an irrigation reservoir is 60 km^2. The constant water spread during October 2006 was 2 km^2. During
The catchment area of an irrigation reservoir is 60 km^2. The constant water spread during October 2006 was 2 km^2. During
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![The catchment area of an
irrigation reservoir is 60
km^2. The constant water
spread during October
2006 was 2 km^2. During
that month, the uniform
precipitation over the
catchment was recorded to
be 100 mm, 50% of
precipitation reaches the
reservoir. Outflow at a
constant rate of 1 m^3/sec
was recorded in the month
of October. Assuming
seepage losses to be 50%
of the evaporation losses.
Find out the daily rate of
evaporation (mm/day/m*2)
for October 2006. (Note:
The number of days in the
month of October is 31
days)
≈3.441 mm/day/m*2
≈8.825 mm/day/m*2
4.344 mm/day/m*2
≈6.445 mm/day/m*2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2b5a39d3-b40a-4555-997e-538e98bb75e1%2Fa52d8315-2be5-46e6-bf31-eaaae47874a8%2Fgulva5g_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The catchment area of an
irrigation reservoir is 60
km^2. The constant water
spread during October
2006 was 2 km^2. During
that month, the uniform
precipitation over the
catchment was recorded to
be 100 mm, 50% of
precipitation reaches the
reservoir. Outflow at a
constant rate of 1 m^3/sec
was recorded in the month
of October. Assuming
seepage losses to be 50%
of the evaporation losses.
Find out the daily rate of
evaporation (mm/day/m*2)
for October 2006. (Note:
The number of days in the
month of October is 31
days)
≈3.441 mm/day/m*2
≈8.825 mm/day/m*2
4.344 mm/day/m*2
≈6.445 mm/day/m*2
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