: The tank shown in figure below is partially filled with water. On the top of the water there is compressed air for which the pressure is the same at every point (h1=4m, h=0.4m a=2m, 1=10 kN/m3 , 2=136 kN/m3 Determine: a) The pressure, due to the compressed air on the water surface, b) The force on the triangular gate AB, c) The point of application of the hydrostatic force on the gate from the bottom of the tank
: The tank shown in figure below is partially filled with water. On the top of the water there is compressed air for which the pressure is the same at every point (h1=4m, h=0.4m a=2m, 1=10 kN/m3 , 2=136 kN/m3 Determine: a) The pressure, due to the compressed air on the water surface, b) The force on the triangular gate AB, c) The point of application of the hydrostatic force on the gate from the bottom of the tank
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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: The tank shown in figure below is
partially filled with water. On the top of the water
there is compressed air for which the pressure is the
same at every point (h1=4m, h=0.4m a=2m, 1=10
kN/m3
, 2=136 kN/m3 Determine:
a) The pressure, due to the compressed air on the
water surface,
b) The force on the triangular gate AB,
c) The point of application of the hydrostatic force
on the gate from the bottom of the tank
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