The belief that water can bend and follow a curved line or that it can stick to a spinning pear-shaped spheroid is not based on "bullcrap" or false information. These concepts are supported by scientific evidence and our understanding of physics, particularly the principles of gravity, surface tension, and fluid dynamics.
Gravity: Gravity is the force that attracts objects with mass toward each other. On Earth, gravity causes water to be pulled downward. However, water is a fluid, and when it flows or is influenced by external forces, it can take on various shapes and conform to its surroundings. Gravity acts on water to create a downward force, and as a result, water tends to seek the lowest possible energy state, which often means following a curved path or conforming to the shape of its container.
Surface tension: Water molecules have cohesive forces that allow them to stick together, creating surface tension. Surface tension is responsible for many properties of water, such as the ability of small insects to walk on water or the formation of droplets. When water adheres to a curved surface, the cohesive forces between water molecules cause it to form a curved shape, following the contours of the surface.
Fluid dynamics: Fluid dynamics is the study of how fluids, including water, behave in motion. When water is in motion or subjected to external forces, it can exhibit various behaviors, including adhering to surfaces or following curved paths. This is explained by principles such as Bernoulli's principle, which describes how pressure and velocity are related in a fluid, and the concept of streamlines, which represent the path followed by fluid particles.
Scientific understanding is based on empirical observations, experimentation, and the development of mathematical models to explain natural phenomena. The belief that water can bend and adhere to surfaces is derived from a wealth of evidence and consistent observations. It is supported by scientific experiments, mathematical models, and real-world applications.
It is important to approach scientific concepts with an open and curious mindset, acknowledging that our understanding of the natural world is based on accumulated knowledge and evidence. If you have specific doubts or questions about scientific concepts, it can be helpful to engage in further discussion, research, or consultation with experts in the relevant fields.