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A gate 1.80 m wide and 2.70 m high has a hinge (axis of rotation) at A. The gate separates water on the left and oil on the right, as shown. A) Calculate the hydrostatic force due to Water. B) B) Calculate the hydrostatic force due to the oil and ) ) Calculate the force P that must be applied at the bottom to keep gate fixed in position. Water Wall 2.40 m Atmosphere 2.70 m Oil 8- 0.75 1.50 m P.

A gate 1.80 m wide and 2.70 m high has a hinge (axis of rotation) at A. The gate separates water on the left and oil on the right, as shown. A) Calculate the hydrostatic force due to Water. B) B) Calculate the hydrostatic force due to the oil and ) ) Calculate the force P that must be applied at the bottom to keep gate fixed in position. Water Wall 2.40 m Atmosphere 2.70 m Oil 8- 0.75 1.50 m P.

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 gate 1.80 m wide and 2.70 m high has a hinge (axis of rotation) at A. The gate separates water on the left and oil on the right, as shown. A) Calculate the hydrostatic force due to Water. B) B) Calculate the hydrostatic force due to the oil and C) C) Calculate the force P that must be applied at the bottom to keep gate fixed in position. Water Wall 2.40 m Atmosphere 2.70 m Oil 8= 0.75 1.50 m P.
Transcribed Image Text:A gate 1.80 m wide and 2.70 m high has a hinge (axis of rotation) at A. The gate separates water on the left and oil on the right, as shown. A) Calculate the hydrostatic force due to Water. B) B) Calculate the hydrostatic force due to the oil and C) C) Calculate the force P that must be applied at the bottom to keep gate fixed in position. Water Wall 2.40 m Atmosphere 2.70 m Oil 8= 0.75 1.50 m P.
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