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5: Answer the following: A- A drain of rectangular shape, b= 5.4 m, d 1.2 m, S= 1* 10. Resize a new dimension for the drain so that it can carry a larger discharge up to 7 m³/sec. Also calculate the percentage of the increase in discharge, use n= 0.035.

5: Answer the following: A- A drain of rectangular shape, b= 5.4 m, d 1.2 m, S= 1* 10. Resize a new dimension for the drain so that it can carry a larger discharge up to 7 m³/sec. Also calculate the percentage of the increase in discharge, use n= 0.035.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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5: Answer the following: A- A drain of rectangular shape, b= 5.4 m, d 1.2 m, S= 1* 10. Resize a new dimension for the drain so that it can carry a larger discharge up to 7 m³/sec. Also calculate the percentage of the increase in discharge, use n= 0.035. B- A semi-modular pipe outlet of diameter 25 cm is to be installed on a distributary with its bed level and full supply level at 100.3 m and 102 m, respectively. The maximum water level in the watercourse is at 101.25 m. Set the outlet for maximum discharge and calculate it. The coefficient C in the discharge equation may be taken as 0.62. What is the behaviour of this setting? Take m=1/2, n=5/3.
Transcribed Image Text:5: Answer the following: A- A drain of rectangular shape, b= 5.4 m, d 1.2 m, S= 1* 10. Resize a new dimension for the drain so that it can carry a larger discharge up to 7 m³/sec. Also calculate the percentage of the increase in discharge, use n= 0.035. B- A semi-modular pipe outlet of diameter 25 cm is to be installed on a distributary with its bed level and full supply level at 100.3 m and 102 m, respectively. The maximum water level in the watercourse is at 101.25 m. Set the outlet for maximum discharge and calculate it. The coefficient C in the discharge equation may be taken as 0.62. What is the behaviour of this setting? Take m=1/2, n=5/3.
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