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Q5) The following data were collected for two verticals in a stream at a gauging station. Compute the discharge in the elemental strips by (i) the mid-section method (ii) the mean-section method Distance from Depth, d Immersion of current meter опe end of (т) below water surface (m) water surface at 0.2d at 0.8d (т) rev sec rev sec 3 0.8 135 150 97 151 6. 1.2 150 100 150 138 Rating equation of the current meter; v = 0.7 N+0.03 where N=rev./sec, v = velocity (m/sec).

Q5) The following data were collected for two verticals in a stream at a gauging station. Compute the discharge in the elemental strips by (i) the mid-section method (ii) the mean-section method Distance from Depth, d Immersion of current meter опe end of (т) below water surface (m) water surface at 0.2d at 0.8d (т) rev sec rev sec 3 0.8 135 150 97 151 6. 1.2 150 100 150 138 Rating equation of the current meter; v = 0.7 N+0.03 where N=rev./sec, v = velocity (m/sec).

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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Q5) The following data were collected for two verticals in a stream at a gauging station. Compute the discharge in the elemental strips by (i) the mid-section method (ii) the mean-section method Distance from Depth, d Immersion of current meter опe end of (т) below water surface (m) water surface at 0.2d at 0.8d (m) rev sec rev sec 0.8 135 150 97 151 1.2 150 100 150 138 Rating equation of the current meter; v= 0.7 N+0.03 where N= rev./sec, v = velocity (m/sec).
Transcribed Image Text:Q5) The following data were collected for two verticals in a stream at a gauging station. Compute the discharge in the elemental strips by (i) the mid-section method (ii) the mean-section method Distance from Depth, d Immersion of current meter опe end of (т) below water surface (m) water surface at 0.2d at 0.8d (m) rev sec rev sec 0.8 135 150 97 151 1.2 150 100 150 138 Rating equation of the current meter; v= 0.7 N+0.03 where N= rev./sec, v = velocity (m/sec).
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