The channel is made of wood and has a downward slope of 0.0020. Determine the depth of flow y that will produce the maximum volumetric flow using the least amount of wood when it is flowing full of water, that is, when y = h. What is this volumetric flow? Take n = 0.012. %3D y 2 m answer: y = 1 m, Qmax = 4.70 m² /s %3D
The channel is made of wood and has a downward slope of 0.0020. Determine the depth of flow y that will produce the maximum volumetric flow using the least amount of wood when it is flowing full of water, that is, when y = h. What is this volumetric flow? Take n = 0.012. %3D y 2 m answer: y = 1 m, Qmax = 4.70 m² /s %3D
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![The channel is made of wood and has a
downward slope of 0.0020. Determine the depth of flow y
that will produce the maximum volumetric flow using the
least amount of wood when it is flowing full of water, that
is, when y = h. What is this volumetric flow? Take
n = 0.012.
2 m
1 m, Qmax
4.70 m /s
answer: y](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F14c0a1c4-0ee1-49de-9710-7027b79ce4bc%2F23ea477a-9ef6-40ad-b3e7-ddbbcfeb2cd7%2F5agucu_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The channel is made of wood and has a
downward slope of 0.0020. Determine the depth of flow y
that will produce the maximum volumetric flow using the
least amount of wood when it is flowing full of water, that
is, when y = h. What is this volumetric flow? Take
n = 0.012.
2 m
1 m, Qmax
4.70 m /s
answer: y
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