It would seem, why are clouds floating in the sky? Science answers!

Almost like an illusion effect, the clouds appear to float across the sky, resembling large ‘cotton structures’ carrying water and electric fields. Fortunately, science exists to explain different phenomena of nature, whether mathematical, biological, physical, chemical or meteorological, just like with clouds. But after all, why do clouds float?

Although it may seem like it is actually swimming, this effect is just an illusion of our brain. The truth is that clouds consist of countless water droplets and ice crystals around a nucleus that condenses water; This effect creates the feeling that clouds are floating in the sky.

That is, water droplets are lighter than air itself and have a relatively low density compared to the density of air, so clouds appear to float. However, when clouds become loaded with water, they begin to become heavier than air and therefore release some of this water in the form of rain, snow or hail.

“This is some kind of illusion. There’s no pillow or something that magically floats in the air. They are falling very, very, very slowly,” Alex Lamers, meteorologist for the United States National Weather Service, said in a message posted to the website Live Science.

Why do clouds float in the sky?

The movement of clouds is caused by atmospheric winds and instability of the air, moving them to one side or the other depending on the atmospheric conditions in the area. In fact, as these droplet formations move across the sky, they can reach different stages such as Cirrus (high-level clouds), Cumulus (mid-low level), Stratus (low level), Cumulonimbus (vertical development clouds). .

Lamers explains that even before the rain begins, tiny air droplets fall very slowly to the Earth’s surface. It’s part of the ‘illusion’ because to Rising air currents keep them suspended in the air even as they slowly descend, thus causing the floating effect of clouds.

“They look like they’re floating because they’re essentially falling at a rate slower than or equal to the updraft in the cloud. In fact, they’re forming and evaporating at a rate that makes them look somewhat stationary… If I took out all the water in that cloud, it probably wouldn’t even fill a gallon,” he said at Rutgers University. sciences professor Mark Miller.

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