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An orifice with an area of 25 cm2 in a vertical plate has a head of 1.13m of oil with sp.gr 0.89. It discharges 6192 N of oil in 88.8 seconds. Trajectory of the jet at projectile have measurements of x = 2.40 meter, y = 1.37 meter, where x and y correspond to horizontal and vertical distances from the launching point to the landing point. Determine the coefficient of discharge. a. 0.76 b. 0.68 C. 0.71 d. 0.65

An orifice with an area of 25 cm2 in a vertical plate has a head of 1.13m of oil with sp.gr 0.89. It discharges 6192 N of oil in 88.8 seconds. Trajectory of the jet at projectile have measurements of x = 2.40 meter, y = 1.37 meter, where x and y correspond to horizontal and vertical distances from the launching point to the landing point. Determine the coefficient of discharge. a. 0.76 b. 0.68 C. 0.71 d. 0.65

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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An orifice with an area of 25 cm2 in a vertical plate has a head of 1.13m of oil with sp.gr = 0.89. It discharges 6192 N of oil in 88.8 seconds. Trajectory of the jet at projectile have measurements of x = 2.40 meter, y = 1.37 meter, where x and y correspond to horizontal and vertical distances from the launching point to the landing point. Determine the coefficient of discharge. a. 0.76 b. 0.68 с. 0.71 d. 0.65
Transcribed Image Text:An orifice with an area of 25 cm2 in a vertical plate has a head of 1.13m of oil with sp.gr = 0.89. It discharges 6192 N of oil in 88.8 seconds. Trajectory of the jet at projectile have measurements of x = 2.40 meter, y = 1.37 meter, where x and y correspond to horizontal and vertical distances from the launching point to the landing point. Determine the coefficient of discharge. a. 0.76 b. 0.68 с. 0.71 d. 0.65
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