Force on plane inclined immersed surface

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SUMMARY

The discussion centers on calculating forces acting on an inclined immersed surface, specifically addressing a problem involving a gate weighing 800 lbf. The participant expresses confusion regarding the relevance of the gate's weight when the hinge is positioned at the midpoint. It is established that the weight of the gate must be considered in the overall force analysis to determine the resultant force acting on the surface.

PREREQUISITES
  • Understanding of fluid mechanics principles
  • Knowledge of force equilibrium in static systems
  • Familiarity with inclined plane problems
  • Basic concepts of weight and its effects on structures
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  • Study the principles of hydrostatic pressure on inclined surfaces
  • Learn about calculating moments and forces on beams
  • Research the effects of weight distribution in static equilibrium
  • Explore examples of inclined immersed surfaces in engineering applications
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Engineering students, mechanical engineers, and professionals dealing with fluid dynamics and structural analysis will benefit from this discussion.

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I have a HW problem dealing with an inclined immersed surface. I can work the problem just fine except this problem says that the gate weighs 800lbf, and and don't know what to do with this number. how does it come into play?
 
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this number is useless when hing is in the middle
 

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