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2 cards from this section. Quick, good the night before a test.
What is the equation to calculate hydrostatic pressure?
Consider the density of the fluid and the depth.
Define buoyancy.
Think about objects in water.
What does hydrostatic pressure depend on?
Remember the formula for hydrostatic pressure.
Buoyant force is exerted by submerged objects.
Consider the nature of forces acting in fluids.
A U-tube manometer shows a reading of 150 mm of water. If one side is connected to a gas pipeline exerting pressure, calculate the pressure difference.
Consider the relationship of pressure and the height of the fluid column.
Create a scenario where two different shaped objects are submerged in water; determine how their shapes affect their buoyancy and stability.
Reflect on buoyant force quantification.
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