Clouds belong to the atmosphere sphere, while soil belongs to the geosphere sphere.
Types of clouds that form in the lower atmosphere include cumulus clouds, stratus clouds, and stratocumulus clouds. These clouds typically indicate stable weather conditions and are found at lower altitudes.
Clouds are part of the atmosphere because they are made up of water vapor, dust, and ice particles suspended in the air. The atmosphere is the layer of gases that surrounds Earth, while the hydrosphere refers to all the water on the planet, including oceans, rivers, and lakes.
The troposphere is the lowest layer of the Earth's atmosphere where most weather occurs. Cloud formation in the troposphere depends on factors such as temperature, humidity, and atmospheric dynamics. If these conditions are not favorable, there may be few or no clouds present in the troposphere.
Stratus clouds are typically found in the lower portion of the atmosphere, usually below 6,500 feet. They are characterized by their flat, layered appearance and often bring overcast conditions and light precipitation.
Not really. Pluto's atmosphere has a few layers of haze but not full-fledged clouds.
Yes. All clouds are in the atmosphere.
No. The air is the atmosphere.
a
Evaporated water condenses in the atmosphere to form clouds.
The clouds that we normally see, such as rain clouds, are in the Earth's atmosphere and therefore are not in space. However, there do exist clouds in space, which have been observed by astronomers. They do not have the same chemical composition as clouds in our atmosphere.
Clouds belong to the atmosphere sphere, while soil belongs to the geosphere sphere.
Ceres has no meaningful atmosphere, so no, it has no clouds.
Pluto has no atmosphere, so no clouds.
The moon has no atmosphere to support clouds.
Types of clouds that form in the lower atmosphere include cumulus clouds, stratus clouds, and stratocumulus clouds. These clouds typically indicate stable weather conditions and are found at lower altitudes.
no Pluto dose not have clouds because of the atmosphere .