a. Determine the discharge in m³/s assuming uniform flow Answer: b. Determine the normal flow water elevation in m AHD in the channel above for a 100-year flood equal to 512 m³/s Answer:
a. Determine the discharge in m³/s assuming uniform flow Answer: b. Determine the normal flow water elevation in m AHD in the channel above for a 100-year flood equal to 512 m³/s Answer:
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![The below compound channel has the dimensions of b₁ = 34 m, b₂ = 67 m, n₁ = 0.034, n₂ = 0.057, Z₁ = 2.63 m, and Z₂ = 10 m.
The bottom slope is S = 0.0021 and the water surface elevation is= 3.3 m AHD. The Datum represents an elevation of 0 m AHD.
Answer:
n₁
N
Answer:
Z₁
0₂
D₁
a. Determine the discharge in m³/s assuming uniform flow
D₂
Datum
Z₂
N
b. Determine the normal flow water elevation in m AHD in the channel above for a 100-year flood equal to 512 m³/s](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0b9f100d-e836-4f0c-8c85-6b6e750bc97b%2Fbf1b0ac2-c4ed-4a8c-a280-88dffe352463%2Ffveqpo9_processed.png&w=3840&q=75)
Transcribed Image Text:The below compound channel has the dimensions of b₁ = 34 m, b₂ = 67 m, n₁ = 0.034, n₂ = 0.057, Z₁ = 2.63 m, and Z₂ = 10 m.
The bottom slope is S = 0.0021 and the water surface elevation is= 3.3 m AHD. The Datum represents an elevation of 0 m AHD.
Answer:
n₁
N
Answer:
Z₁
0₂
D₁
a. Determine the discharge in m³/s assuming uniform flow
D₂
Datum
Z₂
N
b. Determine the normal flow water elevation in m AHD in the channel above for a 100-year flood equal to 512 m³/s
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