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a 12. circular sharp-edged orifice in the A calibration test of a mm vertical side of a large tank showed discharge of 587 N of water in 81 seconds at a constant head of 4.70 meters. Measurement of the water jet showed that it traveled 2.35 meters horizontally while dropping 30.50 centimeters. Determine the three orifice coefficients and draw the figure. Note: determine each coefficient independent from the other coefficients, solve them as equal to the ratio of the actual quantity to the theoretical guantity

a 12. circular sharp-edged orifice in the A calibration test of a mm vertical side of a large tank showed discharge of 587 N of water in 81 seconds at a constant head of 4.70 meters. Measurement of the water jet showed that it traveled 2.35 meters horizontally while dropping 30.50 centimeters. Determine the three orifice coefficients and draw the figure. Note: determine each coefficient independent from the other coefficients, solve them as equal to the ratio of the actual quantity to the theoretical guantity

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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A calibration test of a 12.7 mm circular sharp-edged orifice in the vertical side of a large tank showed a discharge of 587 N of water in 81 seconds at a constant head of 4.70 meters. Measurement of the water jet showed that it traveled 2.35 meters horizontally while dropping 30.50 centimeters. Determine the three orifice coefficients and draw the figure. Note: determine each coefficient independent from the other coefficients, solve them as equal to the ratio of the actual quantity to the theoretical quantity.
Transcribed Image Text:A calibration test of a 12.7 mm circular sharp-edged orifice in the vertical side of a large tank showed a discharge of 587 N of water in 81 seconds at a constant head of 4.70 meters. Measurement of the water jet showed that it traveled 2.35 meters horizontally while dropping 30.50 centimeters. Determine the three orifice coefficients and draw the figure. Note: determine each coefficient independent from the other coefficients, solve them as equal to the ratio of the actual quantity to the theoretical quantity.
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