![]() ![]() With increased speeds, the triangle changed into a square and then to a pentagon. Then as the speed increased, the shapes also changed. ![]() At lower speeds, the first shape that appeared was a triangle. The shapes started to appear at about seven revolutions per second. They poured water into the bucket and set the bucket to spin. In one experiment, the Researchers at the Technical University of Denmark in Lyngby created several shapes by spinning water at different speeds. This might be the key to unlocking why the clouds at Saturn's pole take the shape of a hexagon. When you rotate water in a container at very high speed, the inner hole can take the shape of a hexagon. This is an extension of Saturn’s hexagon. ![]() Want to know another piece of interesting information? Each side of Saturn’s Hexagon is longer than the diameter of Earth! Water Spinning At High Velocity Why does a cloud resemble the shape of a hexagon? Scientists can’t answer that question, and although there are some theories about it, none have been verified. However, this isn’t any ordinary cloud, and you can see why when you pay attention to the shape of the cloud. Let us start with something out of this world, literally! If you were to observe the North Pole of Saturn from space, you would see a cloud formation over the planet. Saturn’s own hexagon Source: NASA/JPL-Caltech/SSI/Kevin M. Let us see why hexagon shows up so often in nature. An icy sweetness fills my mind, a sense that under thing and wing lies, taut yet living, coiled, the spring.” - Jacob Bronowski Their calculated honeycomb is abacus and rose combined. “The force that makes the winter grow its feathered hexagons of snow, and drives the bee to match at home. For example, the cells of the beehive have a hexagonal shape, as does the molecular structure of Carbon. ![]()
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