%V€ lI1. GYEY igs YEM docs.google.comblä 3Q4Water in a tank is pressurized to 80 cm Hg. as shown in the figure.Determine the hydrostatic force per meter width on panel AB.Open endWater20°C80 cm4 mHg20°C3 ms.g.=13.6B142.865 kN482.063 kN910.263 kN38.024 kN340.193 kN268.128 kN599.924 kN1120.58 kN687.123 kN777.028 kN98.355 kN812.017 kNTabarak Ahmed /E9:22p äclull 21.03.02, 9:17a docs.google.comThe submerged sector gate AB shown in the figure is 1/6 of a circle ofradius 4 m. The length of the gate is 10 m. Determine the horizontalcomponent of water pressure acting on the gate.Waterradius843.20 kN588.6 kN815.08 kN969.13 kN902.58 kN731.71 kN472.36 kN772.96 kN648.21 kN689.85 kN405.91 kN525.28 kN* Q4

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Description: %V€ lI1. GYEY igs YEM docs.google.comblä 3Q4Water in a tank is pressurized to 80 cm Hg. as shown in the figure.Determine the hydrostatic force per meter width on panel AB.Open endWater20°C80 cm4 mHg20°C3 ms.g.=13.6B142.865 kN482.063 kN910.263 kN38.0

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Water in a tank is pressurized to 80 cm Hg, as shown in the figure. Determine the hydrostatic force per meter width on panel AB. Open end Water 20°C 80 cm 4 m Hg 20°C s.g.=13.6 A 3 m

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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