Hydrostatic Paradox: Explanation & Resources

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The hydrostatic paradox refers to the phenomenon where the pressure at a given depth in a fluid is independent of the shape or volume of the container holding the fluid. This means that two containers with different shapes but filled to the same height will exert the same pressure at the bottom. Key discussions include the implications of this paradox in fluid mechanics and its relevance in real-world applications. Resources for further understanding include physics textbooks and online educational platforms that cover fluid dynamics. The paradox highlights fundamental principles of pressure in fluids, emphasizing that depth is the primary factor affecting pressure, not the container's geometry.
mprm86
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Could someone please explain me clearly this paradox, or could you tell me where to fnd more info about it?
Thanks.
 
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Thread 'Mousetrap Car Energy efficiency'

For simple comparison, I think the same thought process can be followed as a block slides down a hill, - for block down hill, simple starting PE of mgh to final max KE 0.5mv^2 - comparing PE1 to max KE2 would result in finding the work friction did through the process. efficiency is just 100*KE2/PE1. If a mousetrap car travels along a flat surface, a starting PE of 0.5 k th^2 can be measured and maximum velocity of the car can also be measured. If energy efficiency is defined by...
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