Problem 2. Using a surface overflow rate of 26.00 m/d and a detention time of 2.00 hours, size of a sedimentation tank for the average flow rate of 0.400 m3/s would be: (assume a Length to Width Ratio of 5) a. Volume--- b. Depth- c. Width- d. Length-- -cubic meter -----meter -----meter ----meter
Problem 2. Using a surface overflow rate of 26.00 m/d and a detention time of 2.00 hours, size of a sedimentation tank for the average flow rate of 0.400 m3/s would be: (assume a Length to Width Ratio of 5) a. Volume--- b. Depth- c. Width- d. Length-- -cubic meter -----meter -----meter ----meter
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Problem 2.
Using a surface overflow rate of 26.00 m/d and a detention time of 2.00 hours, size of a
sedimentation tank for the average flow rate of 0.400 m3/s would be: (assume a Length to
Width Ratio of 5)
a. Volume----
b. Depth-
c. Width-
d. Length-
--cubic meter
----meter
------meter
----meter](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3ca7e638-eb20-4191-8669-f0aeff3c7af5%2F93281c90-0410-4fc7-87c1-0366cc6663a2%2F8giqkz_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Problem 2.
Using a surface overflow rate of 26.00 m/d and a detention time of 2.00 hours, size of a
sedimentation tank for the average flow rate of 0.400 m3/s would be: (assume a Length to
Width Ratio of 5)
a. Volume----
b. Depth-
c. Width-
d. Length-
--cubic meter
----meter
------meter
----meter
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