5. Consider half-full circular channel, with average velocity of the water flow of 5 ms. a. At what constant slope, Ss,
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5. Consider half-full circular channel, with average velocity of the water flow of 5 ms. a. At what constant slope, Ss,
5. Consider half-full circular channel, with average velocity of the water flow of 5 ms. a. At what constant slope, Ss, this velocity can be achieved? b. Determine head loss across the channel if friction slope is equal to the bottom slope. c. From purt (a), determine angle of slope required to achieve velocity of the flow of 5 m/s
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