
TL;DR
This paper demonstrates a paradox in hydrostatics where a liquid in connected vessels cannot simultaneously satisfy Pascal's principle, mass conservation, and energy conservation during state transitions.
Contribution
It reveals a fundamental incompatibility in hydrostatic principles during equilibrium changes, challenging traditional assumptions.
Findings
Identifies the impossibility of fulfilling all three principles simultaneously.
Highlights a paradox in hydrostatic equilibrium transitions.
Suggests need for revised understanding of hydrostatic principles.
Abstract
It is shown that for a liquid in a connected vessel system, it is not possible to fulfill simultaneously Pascal's principle, mass conservation and energy conservation when the system goes from an equilibrium state to another one.
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Taxonomy
TopicsChemical and Environmental Engineering Research · Geological and Tectonic Studies in Latin America
