4. The table shows the given data for determining the discharge of stream flowing in an open channel using the current meter. Draw the streamflow cross-section by plotting the distance (x) and depth (y) per station ,then calculate a) the width (Aw), b) the area (Aw.y) and c)the discharge (Aw.y.V) per station. Determine also the total area, total discharge and average velocity Table (a) (b) (c) Measurement Distance Station Width(Aw) | Depth (y) (m) (m) Мean Velocity V(m/s) Area Discharge From IP | (AW.X) m? (Aw.y.V) (X) m m/s A В 2.70 2.65 0.223 4.70 3.35 0.326 6.70 2.80 0.439 E 8.70 3.00 0.439 F 10.70 3.70 0.488 G 12.70 3.80 0.475 H 14.70 3.90 0..582 16.70 3.20 0.524 J 18.70 2.20 0.570 K 20.70 0.95 0.570 L 22.70 EAW= EAWY = EAWYV=, %3D

4. The table shows the given data for determining the discharge of stream flowing in an open channel using the current meter. Draw the streamflow cross-section by plotting the distance (x) and depth (y) per station ,then calculate a) the width (Aw), b) the area (Aw.y) and c)the discharge (Aw.y.V) per station. Determine also the total area, total discharge and average velocity Table (a) (b) (c) Measurement Distance Station Width(Aw) | Depth (y) (m) (m) Мean Velocity V(m/s) Area Discharge From IP | (AW.X) m? (Aw.y.V) (X) m m/s A В 2.70 2.65 0.223 4.70 3.35 0.326 6.70 2.80 0.439 E 8.70 3.00 0.439 F 10.70 3.70 0.488 G 12.70 3.80 0.475 H 14.70 3.90 0..582 16.70 3.20 0.524 J 18.70 2.20 0.570 K 20.70 0.95 0.570 L 22.70 EAW= EAWY = EAWYV=, %3D

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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