Pressure is defined fundamentally as the force exerted perpendicularly over a specific area. Quantitatively, it is calculated by dividing the force by the magnitude of the surface area. This concept is crucial across multiple fields, including fluid dynamics and atmospheric science. In liquids or gases, pressure determines the behavior of fluids, influencing processes such as buoyancy and wave propagation. Furthermore, pressure differentials are exploited in various technological systems, including hydraulic machinery, where the transmission of force through confined liquids allows for the generation of immense working forces while requiring only a moderate input force.