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It would block out significant sunlight, lowering the temperature.
Thick clouds act as a blanket by trapping heat coming from the Earth's surface, thus preventing it from escaping into space. This warms the air underneath the clouds and helps to maintain a more stable temperature throughout the night.
No. The surface of Venus is obscured by thick clouds. If you could fly above the clouds then you would see the same stars that you see from Earth.
Thick cloud cover can have a cooling effect on Earth's surface by reflecting sunlight back into space before it reaches the surface. This prevents the sunlight from warming the surface, resulting in lower temperatures.
If the clouds formed were so thick such that sunlight could not reach the plants, the plants would not make food. This means life would eventually be phased out on the earth.
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Venus has an atmosphere that contains thick clouds of sulfuric acid. These clouds are made up of droplets of sulfuric acid and are so dense that they completely shroud the planet's surface, making it difficult to observe the surface from space using visible light.
Venus is covered with thick clouds that prevent us from seeing its surface directly. These clouds are primarily composed of sulfuric acid and reflect a significant amount of sunlight, giving Venus its bright appearance in the sky. Radar imaging and other techniques have been used to map the surface features beneath the clouds.
The thick layer of hot clouds on this planet is likely due to a greenhouse effect, trapping heat from its surface. The rocky surface beneath could indicate a solid composition similar to Earth. The planet may experience extreme temperature fluctuations between the cloud-covered side and the rocky side, depending on its distance from its star.
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Yes...
Venus is the terrestrial planet that is permanently covered in clouds. Its thick atmosphere is composed mainly of carbon dioxide with clouds of sulfuric acid, which create a dense layer that obscures the planet's surface from view.