Question 3: a+b, A rectangular channel has a 6 m base width and total energy head E= (3 +) m. By ignoring the friction loses. a) Draw the Koch parabola by illustrating critical value. b) Determine the her c) Calculate the Qmax Wwhere h= hcr d) Calculate the Qwhere h= 2,40m e) Calculate the depths for conveying 28 m³/s discharges both in supercritical and subcritical flow regimes.
Question 3: a+b, A rectangular channel has a 6 m base width and total energy head E= (3 +) m. By ignoring the friction loses. a) Draw the Koch parabola by illustrating critical value. b) Determine the her c) Calculate the Qmax Wwhere h= hcr d) Calculate the Qwhere h= 2,40m e) Calculate the depths for conveying 28 m³/s discharges both in supercritical and subcritical flow regimes.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Here a=7 and b=4 please try to solve it in 30 minute
![Question 3:
A rectangular channel has a 6 m base width and total energy head E= (3 +)m. By ignoring the
friction loses.
a) Draw the Koch parabola by illustrating critical value.
b) Determine the her
c) Calculate the Qmax Where h= har
d) Calculate the Qwhere h= 2,40 m
e) Calculate the depths for conveying 28 m/s discharges both in supercritical and subcritical
flow regimes.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe2b52438-2635-470c-baa2-f7fbb13e3290%2F6c2f9365-3e8e-4952-864f-f65a70465734%2F1npdpuf_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Question 3:
A rectangular channel has a 6 m base width and total energy head E= (3 +)m. By ignoring the
friction loses.
a) Draw the Koch parabola by illustrating critical value.
b) Determine the her
c) Calculate the Qmax Where h= har
d) Calculate the Qwhere h= 2,40 m
e) Calculate the depths for conveying 28 m/s discharges both in supercritical and subcritical
flow regimes.
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