Q5) Calculate the (i) water discharge (m'/sec)and (2) Manning's constant for the flow through an open channel of section shown in following figure Q4. Assume (a)Chezy's constant - 60 (b) bed slope = 1 in 2000 (c) Width of rectangular portion- 3 m. 2M 3M
Q5) Calculate the (i) water discharge (m'/sec)and (2) Manning's constant for the flow through an open channel of section shown in following figure Q4. Assume (a)Chezy's constant - 60 (b) bed slope = 1 in 2000 (c) Width of rectangular portion- 3 m. 2M 3M
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Q5) Calculate the (i) water discharge (m³/sec)and (2) Manning's constant for the flow through an open
channel of section shown in following figure Q4. Assume (a)Chezy's constant = 60 (b) bed slope = 1 in
2000
(c) Width of rectangular portion= 3 m.
M
3 M](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb59bfe74-3ec3-43fe-bd4d-ab630b03a818%2F4212d37f-9a90-4d41-8d04-d8da4960f3d8%2Fbqhocrg_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q5) Calculate the (i) water discharge (m³/sec)and (2) Manning's constant for the flow through an open
channel of section shown in following figure Q4. Assume (a)Chezy's constant = 60 (b) bed slope = 1 in
2000
(c) Width of rectangular portion= 3 m.
M
3 M
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