Fluid Mechanics Hw #5 Determine the force P needed to hold the 11-m-wide gate in the position shown in the figure.2 mSolution:WaterSet the origin O at the location• Yc =• Unit weight of water is• Height of the gate is• Area of the gate is• sina =Hingem;→KN.m;m²;;+; x is horizontal pointing into the screen and y is• The magnitute of the resultant force is. Moment of inertia of the gate with respect to its own centroid is 1 =• Location of the single resultant force is y' =• To figure out the force P required, the gate is in equilibrium, take the moment ofThe force P isKN;m from O;m4;◆T

Name: Fluid Mechanics Hw #5 Determine the force P needed to hold the 11-m-wi
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Description: Fluid Mechanics Hw #5 Determine the force P needed to hold the 11-m-wide gate in the position shown in the figure.2 mSolution:WaterSet the origin O at the location• Yc =• Unit weight of water is• Height of the gate is• Area of the gate is• sina =Hing

The width of the gate is b=11 m.

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Determine the force P needed to hold the 11-m-wide gate in the position shown in the figure. Solution: 2m ● • Set the origin O at the location Unit weight of water is Height of the gate is .Area of the gate is • Yc = ● ● Water sina = Hinge m; → ; m; KN. m²; → The magnitute of the resultant force is → ; x is horizontal pointing into the screen and KN; • Moment of inertia of the gate with respect to its own centroid is I = • Location of the single resultant force is y' = • To figure out the force P required, the gate is in equilibrium, take the moment of The force P is m from O; m4; ◆

Determine the force P needed to hold the 11-m-wide gate in the position shown in the figure. Solution: 2m ● • Set the origin O at the location Unit weight of water is Height of the gate is .Area of the gate is • Yc = ● ● Water sina = Hinge m; → ; m; KN. m²; → The magnitute of the resultant force is → ; x is horizontal pointing into the screen and KN; • Moment of inertia of the gate with respect to its own centroid is I = • Location of the single resultant force is y' = • To figure out the force P required, the gate is in equilibrium, take the moment of The force P is m from O; m4; ◆

Elements Of Electromagnetics

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ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Question

Fluid Mechanics Hw #5

Determine the force P needed to hold the 11-m-wide gate in the position shown in the figure.
2 m
Solution:
Water
Set the origin O at the location
• Yc =
• Unit weight of water is
• Height of the gate is
• Area of the gate is
• sina =
Hinge
m;
→
KN.
m;
m²;
;
+
; x is horizontal pointing into the screen and y is
• The magnitute of the resultant force is
. Moment of inertia of the gate with respect to its own centroid is 1 =
• Location of the single resultant force is y' =
• To figure out the force P required, the gate is in equilibrium, take the moment of
The force P is
KN;
m from O;
m4;
◆
T

Branch of science that deals with the stationary and moving bodies under the influence of forces.

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