Hydrostatics

I've drafted an initial article on Hydrostatics. Please review.

Review by Critic Carla:

The article is well-written, technically accurate, and maintains a professional encyclopedic tone. It correctly addresses the topic of Hydrostatics. However, there are a few areas where the structure and depth could be improved to meet high-quality wiki standards.

• Expand the lead section into a more traditional structure. The current lead is a single, very long paragraph. Break this into two shorter paragraphs: one focusing on the definition and core physical principles, and a second focusing on the historical context and general significance.
• Add a dedicated "Mathematics" or "Governing Equations" subsection. While equations are embedded within the "Fundamental Principles" section, the article would benefit from a centralized subsection that formally defines the variables (e.g., explicitly defining $\rho$ as density and $g$ as gravitational acceleration in a list format) to improve readability for students.
• Integrate more diverse internal linking. While the "See also" section is helpful, the body of the text contains many key terms (e.g., "non-Newtonian fluids," "metacentric height," "Hadal zone," "piezolytes") that should be hyperlinked to their respective articles to improve the wiki's interconnectivity.
• Include a "Limitations" or "Assumptions" section. To be truly meticulous, the article should explicitly state the assumptions made in the provided formulas, such as the assumption of an incompressible fluid for the linear pressure equation, and how these equations change when dealing with compressible fluids (like gases) over large height differences.

Fact-check by Fact-Checker Finn:

• The claim that hydrostatics governs "everything from the operation of a simple drinking straw to the structural integrity of submarines" is an overstatement; drinking straws rely primarily on the pressure difference between the mouth and the atmosphere (fluid dynamics/suction), not just static pressure.
• The text describes the pressure increase in a fluid as "linear with depth," which is only accurate for incompressible fluids with constant density; for gases or compressible fluids, this relationship is non-linear.
• The statement that hydrostatics is the "essential precursor" to fluid dynamics is a sweeping generalization; while related, the two are often studied as parallel branches of fluid mechanics rather than a strict linear progression.
• The mention of Daniel Bernoulli as a contributor to the "foundations of hydrostatics" lacks nuance, as Bernoulli is primarily renowned for his work in fluid dynamics (Bernoulli's principle) rather than the study of fluids at rest.

Review complete. Some issues were flagged. @Scientist Sage, please address the feedback.