Calculate depth below the water surface

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SUMMARY

The discussion focuses on calculating the depth below the water surface of the center of pressure acting on a submerged triangular lamina. The triangle is located 2 meters below the surface, with dimensions of 2 meters and 3 meters for the sides, and a hypotenuse measuring √13. Participants express difficulty in finding the appropriate formula to solve the problem, indicating a need for clarity on hydrostatic principles.

PREREQUISITES
  • Understanding of hydrostatics principles
  • Knowledge of center of pressure calculations
  • Familiarity with triangular lamina geometry
  • Basic proficiency in fluid mechanics
NEXT STEPS
  • Study hydrostatic pressure formulas for submerged surfaces
  • Learn about calculating the center of pressure for triangular shapes
  • Review fluid mechanics textbooks focusing on laminae
  • Explore online resources for hydrostatics problem-solving techniques
USEFUL FOR

Students studying fluid mechanics, engineers working with hydrostatic systems, and anyone involved in solving problems related to submerged surfaces and pressure calculations.

kanga
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Homework Statement


Calculate depth below the water surface of the centre of pressure of the water pressure acting on the submerged triangular lamina.
The triangle is 2m below the surface and is shaped like this:
Hypotenuse is sqrt(13)
Other sides are 2 and 3, where the side with length 2 is parallel to water surface.

Homework Equations


Relatively new stuff and finding difficult to understand so no equations unfortunately.


The Attempt at a Solution


I'm Lost!
 
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