The term "hydrostatics" appears in literature as a fundamental concept within the broader context of physical mechanics and fluid dynamics. In several excerpts attributed to Thomas Jefferson, the word is consistently listed alongside related topics such as hydraulics, hydrodynamics, and even general properties of bodies, indicating its integral role in the scientific classification of mechanical principles [1, 2, 3, 4]. Additionally, the literature not only mentions hydrostatics in theoretical topic lists but also emphasizes its practical applications, as seen through references to experimental verifications and the discovery of its laws via empirical methods [5, 6]. This multifaceted treatment underscores how the concept of hydrostatics has historically bridged theoretical frameworks and experimental insights in the study of fluids.