Venus was once habitable; There was a liquid ocean on its surface



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Venus is the hottest planet in the entire solar system and its temperatures are high enough to melt lead. This is probably one of the reasons why the planet is called hell.

Here, the air is a toxic plume composed of rain clouds of carbon dioxide and sulfuric acid.

Despite its massively uninhabitable characteristics, it seems that scientists have some reason to believe that Venus has already been completely different with colder temperatures and a liquid ocean on the surface.

According to speculation experts, the face of the plant was transformed billions of years ago because of the extreme greenhouse effect.

Venus had liquid oceans on her surface

An international team of experts supported by NASA has studied the fantastic planet. Venus has a very dense atmosphere at 93 times the pressure of Earth's and a slow rotation. The temperature of the planet never changes, whether day or night.

We'll make a comparison so that you can better understand the problem: the Earth rotates at high speed, relatively, and it ends after 23 hours, 56 minutes and 4 seconds, and Venus puts 243 hours to perform a full rotation of her axis.

Venus also turns in the opposite direction of Earth and most of the planet. This phenomenon is called retrograde rotation.

The average temperature of Venus remains at 462 ° C (864 ° F) at all times.

According to astronomers, the rotation of the planet was similar to that of the Earth, both in its direction and in its speed. That's why she could hold a liquid ocean on her surface and even support life forms.

The ocean would be responsible for the changes of the planet

The experts met to determine whether, in the beginning, Venus was able to host an ocean responsible for the enormous changes on the planet.

Astronomers have discovered that the oceanic tides on Venus could have slowed its rotation by 72 Earth days per million years.

In other words, 10 to 50 million years would have been enough to slow the planet to its current state.

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