👉 A fluid in layered form can be visualized as a series of distinct, yet interconnected layers, each with its own unique properties. These layers can be composed of different materials, such as liquids or gases, that exhibit varying densities, viscosities, and temperatures. The top layer, often the most viscous and less dense, may be influenced by external factors like temperature changes or agitation. Below it, layers with higher density and lower viscosity might exist, such as oil or water, each interacting differently with the layers above and below. The interfaces between these layers can exhibit complex behaviors, such as surface tension, which arises from cohesive forces within the fluid. This layered structure is fundamental in understanding phenomena like stratification, mixing, and the behavior of multiphase systems in fields ranging from meteorology to chemical engineering.
