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DISTANCE (m) DEPTH DEPTH OF OBs. VELOCITY 30 (water edge) 45 2.5 shallow 0.32 center 0.27 deep 0.22 60 3.3 shallow 0.40 center 0.35 deep 0.24 75 2.0 shallow 0.18 center 0.21 deep 0.24 85 (water edge) a.) Compute the total discharge in liters per second. b.) Compute the total cross-sectional area in şgm. c.) Compute the mean velocity in m/sec.

DISTANCE (m) DEPTH DEPTH OF OBs. VELOCITY 30 (water edge) 45 2.5 shallow 0.32 center 0.27 deep 0.22 60 3.3 shallow 0.40 center 0.35 deep 0.24 75 2.0 shallow 0.18 center 0.21 deep 0.24 85 (water edge) a.) Compute the total discharge in liters per second. b.) Compute the total cross-sectional area in şgm. c.) Compute the mean velocity in 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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DISTANCE (m) DEPTH DEPTH OF OBs. VELOCITY 30 (water edge) 45 2.5 shallow 0.32 center 0.27 deep 0.22 60 3.3 shallow 0.40 center 0.35 deep 0.24 75 2.0 shallow 0.18 center 0.21 deep 0.24 85 (water edge) a.) Compute the total discharge in liters per second. b.) Compute the total cross-sectional area in şgm. c.) Compute the mean velocity in m/sec.
Transcribed Image Text:DISTANCE (m) DEPTH DEPTH OF OBs. VELOCITY 30 (water edge) 45 2.5 shallow 0.32 center 0.27 deep 0.22 60 3.3 shallow 0.40 center 0.35 deep 0.24 75 2.0 shallow 0.18 center 0.21 deep 0.24 85 (water edge) a.) Compute the total discharge in liters per second. b.) Compute the total cross-sectional area in şgm. c.) Compute the mean velocity in m/sec.
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