The cross section of a trapezoidal channel is shown. Side slopes are 2V:3H and the discharge is 30 cms. 61. Determine the critical depth. a. 0.308 m b. 0.925 m c. 6.79m d. 2.207 m 62. Find the minimum energy that gives the same amount of flow. a. 0.62 m b. 1.39m c. 1.59 m 1.76m 2m 10 m
The cross section of a trapezoidal channel is shown. Side slopes are 2V:3H and the discharge is 30 cms. 61. Determine the critical depth. a. 0.308 m b. 0.925 m c. 6.79m d. 2.207 m 62. Find the minimum energy that gives the same amount of flow. a. 0.62 m b. 1.39m c. 1.59 m 1.76m 2m 10 m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![The cross section of a trapezoidal channel is shown. Side slopes are 2V:3H and the discharge is 30 cms.
61. Determine the critical depth.
a. 0.308 m
b. 0.926 m
c. 6.79 m
d. 2.207 m
2m
62. Find the minimum energy that gives the
same amount of flow.
a. 0.62 m
10 m
b.
1.39 m
c.
1.59 m.
d.
1.76 m.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9c947530-adc1-4b03-b87c-57d2c74df728%2Fa024fbc5-0ef2-4844-ad73-3693195971b5%2Fae0roax_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The cross section of a trapezoidal channel is shown. Side slopes are 2V:3H and the discharge is 30 cms.
61. Determine the critical depth.
a. 0.308 m
b. 0.926 m
c. 6.79 m
d. 2.207 m
2m
62. Find the minimum energy that gives the
same amount of flow.
a. 0.62 m
10 m
b.
1.39 m
c.
1.59 m.
d.
1.76 m.
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