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3.1. A trapezoidal channel convey 15 m³/s of water on a bed slope of 1 in 200. The base width of the channel is 5 m and the side slope of 1:2. Assume Manning's roughness coefficient (n) of 0.017. Calculate the normal flow depth and velocity. 3.2. A water (Temperature = 20 °C) is flowing in a commercial steel pipe at a flowrate of 5 m/s. The diameter and length of the pipes are 50 cm and 500 m,

3.1. A trapezoidal channel convey 15 m³/s of water on a bed slope of 1 in 200. The base width of the channel is 5 m and the side slope of 1:2. Assume Manning's roughness coefficient (n) of 0.017. Calculate the normal flow depth and velocity. 3.2. A water (Temperature = 20 °C) is flowing in a commercial steel pipe at a flowrate of 5 m/s. The diameter and length of the pipes are 50 cm and 500 m,

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
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QUESTION 3 3.1. A trapezoidal channel convey 15 m³/s of water on a bed slope of 1 in 200. The base width of the channel is 5 m and the side slope of 1:2. Assume Manning's roughness coefficient (n) of 0.017. Calculate the normal flow depth and velocity. 3.2. A water (Temperature = 20 °C) is flowing in a commercial steel pipe at a flowrate of 5 m%s. The diameter and length of the pipes are 50 cm and 500 m,
Transcribed Image Text:QUESTION 3 3.1. A trapezoidal channel convey 15 m³/s of water on a bed slope of 1 in 200. The base width of the channel is 5 m and the side slope of 1:2. Assume Manning's roughness coefficient (n) of 0.017. Calculate the normal flow depth and velocity. 3.2. A water (Temperature = 20 °C) is flowing in a commercial steel pipe at a flowrate of 5 m%s. The diameter and length of the pipes are 50 cm and 500 m,
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