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PROBLEM 40 : An orifice 30 mm diameter is located at the vertical side of a tank having water 1 m above its centerline. Compute the discharge in liters/s. b. а. 2.12 4.56 С. 3.13 d. 4.81

PROBLEM 40 : An orifice 30 mm diameter is located at the vertical side of a tank having water 1 m above its centerline. Compute the discharge in liters/s. b. а. 2.12 4.56 С. 3.13 d. 4.81

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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l Globe 3:31 AM O 100% E Done REVHY05-PS placed on a slope of 0.010, if n = 0.013. 0.04947 m3/s %3D а. b. 0.05947 m3/s С. 0.06947 m3/s d. 0.07947 m3/s PROBLEM 40 : An orifice 30 mm diameter is located at the vertical side of a tank having water 1 m above its centerline. Compute the discharge in liters/s. а. 2.12 b. 4.56 С. 3.13 d. 4.81 PADILLA REVIEW CENTER VONLINE cp # (0922) 8 777 211 SUBJECT CODE: REVHY05 PROBLEM 41 : A trapezoidal channel has a base width of 6 m and the side slopes of 35° from the horizontal. What will be the depth of water when the flow rate is 40 m3/s? S = 000512, n = 0.014. %3D %3D а. 1.23 m b. 2.14 m С. 1.81 m d. 2.61 m PADILLA REVIEW CENTER ONLINE cn # (0922) 8 777 211 SUBJECT CODE: REVHY05 PROBLEM 42: Water from a stream is flowing through rectangular canal having a width of 5 m and discharging at the rate of 10 m3/s. Compute the critical velocity. а. 3.69 m/s b. 4.69 m/s
Transcribed Image Text:l Globe 3:31 AM O 100% E Done REVHY05-PS placed on a slope of 0.010, if n = 0.013. 0.04947 m3/s %3D а. b. 0.05947 m3/s С. 0.06947 m3/s d. 0.07947 m3/s PROBLEM 40 : An orifice 30 mm diameter is located at the vertical side of a tank having water 1 m above its centerline. Compute the discharge in liters/s. а. 2.12 b. 4.56 С. 3.13 d. 4.81 PADILLA REVIEW CENTER VONLINE cp # (0922) 8 777 211 SUBJECT CODE: REVHY05 PROBLEM 41 : A trapezoidal channel has a base width of 6 m and the side slopes of 35° from the horizontal. What will be the depth of water when the flow rate is 40 m3/s? S = 000512, n = 0.014. %3D %3D а. 1.23 m b. 2.14 m С. 1.81 m d. 2.61 m PADILLA REVIEW CENTER ONLINE cn # (0922) 8 777 211 SUBJECT CODE: REVHY05 PROBLEM 42: Water from a stream is flowing through rectangular canal having a width of 5 m and discharging at the rate of 10 m3/s. Compute the critical velocity. а. 3.69 m/s b. 4.69 m/s
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