Simply Think About it: Water Never Sticks to an Extremely Large Sphere in a Homogenous Fashion

Simply think about it. Water never sticks to an extremely large sphere in a homogenous fashion. Because water molecules are attracted to each other, they tend to bead up or form droplets when in a liquid state. This attraction creates a property in liquids known as surface tension. The amount of energy necessary to expand the surface area of such a liquid would be defined as surface tension. The molecules inside of a liquid are pulled equally in all directions by their attraction to the other molecules in the liquid.

Additionally, if Gravity was strong enough (by the way, Gravity is supposed to be one of the weakest forces) to hold trillions and trillions of tons of ocean water to a spinning Earth, then every creature on Earth would be smashed to Earth’s surface in a homogenous layer of death.

Watch how Wolfie6020, attempting to be playfully sarcastic, thinks that he is proving that water sticks to a sphere, but instead only proves that water obeys surface tension and viscosity parameters. Surface tension and viscosity are two properties of fluids which are related to the cohesion of the molecules in the fluid. Viscosity is the resistance of a substance to flow, and surface tension is a property of liquids such that their surfaces behave like a thin, elastic film. In this video, the water does not stick to a sphere in the same homogeneous fashion that it is supposed to stick to a spinning Earth. To the contrary, the water beads up in the way expected of water to bead when applied to a small surface area. In other words, this video does not illustrate the force of imaginary Gravity on the waters of The Earth at all. It only illustrates the principles of surface tension and viscosity.  

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You Simply Cannot Have it Both Ways:

1. A Gravitational pull that is strong enough to resist the unimaginably powerful vacuum of Outer Space, weighing in at a unimaginably vacuous 1×10-6 to <3×10-17 Torr 100 µPa to <3fPa, without smashing The Earth’s atmosphere down into a singularly flat and homogeneous blanket of isotropic density, along with all the creatures inhabiting it.

and…

2. A Gravitational pull that is weak enough to allow butterflies to float around, bubbles to float, multi-ton/high density clouds to float with ease, The Zeppelin Luftschifftechnik rigid airship weighing in at a mighty 23,567 pounds but can float around effortlessly, ocean waves frolic and dance with zero concern for Gravity, Bumble Bees to hover about with ease, helium balloons to float up effortlessly, little babies to move their limbs about effortlessly, and birds to fly for hours at altitudes as high as 10,000 feet with ease.