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(SG 0.83) discharges from a pipe (D1 = 12 in.) through a sharp-crested, round orifice (D2 = 4 IA.) as nd the actual discharge in the orifice in ft3/s. Use x = 6.4 in., y = 2.7 ft. Round off to four decimal places. Oil D2 Di y Mercury

(SG 0.83) discharges from a pipe (D1 = 12 in.) through a sharp-crested, round orifice (D2 = 4 IA.) as nd the actual discharge in the orifice in ft3/s. Use x = 6.4 in., y = 2.7 ft. Round off to four decimal places. Oil D2 Di y Mercury

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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estion 38 Oil (SG = 0.83) discharges from a pipe (D1 = 12 in.) through a sharp-crested, round orifice (D2 = 4 in.) as shown. The coefficients of contraction and velocity are 0.642 and 0.974, respectively. Find the actual discharge in the orifice in ft3/s. Use x = 6.4 in., y = 2.7 ft. Round off to four decimal places. Oil Di D2 y Mercury F6 F7 FB F9 DELETE PAUSE F4 FS CA } P HOM
Transcribed Image Text:estion 38 Oil (SG = 0.83) discharges from a pipe (D1 = 12 in.) through a sharp-crested, round orifice (D2 = 4 in.) as shown. The coefficients of contraction and velocity are 0.642 and 0.974, respectively. Find the actual discharge in the orifice in ft3/s. Use x = 6.4 in., y = 2.7 ft. Round off to four decimal places. Oil Di D2 y Mercury F6 F7 FB F9 DELETE PAUSE F4 FS CA } P HOM
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