Of these four choices, out current understanding of Europa (and remember, everything is subject to change in the light of more recent discoveries) indicates that Europa may have large liquid oceans under a layer of ice.
There are interesting surface features that appear to be large ridges; these might have been formed by cracks in the icy surface, and liquid or vapor escaping to the surface - and then freezing into ridges as the cracks close.
venus atmosphere is cloudy,and its are made of volcanoes and lava
it change the earth atmosphere when magma flashes out then the earth surface will be dusty
There is a ring of volcanoes on the surface of the planet Mercury. Some scientists think that there may be lava flowing on Mercury at all times.
A geyser is an underground volcano with water on the surface of it. This water is then boiled by the magma.
newton
Scientists hypothesize Triton's surface is made up of frozen water and other materials, absorbs heat from the sun.
Rhyolite
Volcanoes can change the surface of the earth in several ways. The lava that is ejected for the volcano may dry and form a new layer of sediment on the ground. The chambers of magma underground can become too pressurized and make a whole new volcanic mountain. Hope that answers your question!
Neptune has no solid surface, so it has no volcanoes. However, it's moon, Triton, has geysers of liquid nitrogen that can shoot up to 5 miles into it's "atmosphere".
A volcano is a part of the earth where there is so much heat underground that the rocks actually melt and are forced to the surface. Volcanoes are formed of the rock that solidifies as that molten rock cools down and hardens.
Ordinary mountains do not have a "plumbing system" too deliver molten rock to the surface. Volcanoes are connected to a magma chamber a few miles underground, which in turn is connected to the mantle.
Volcanoes are fascinating to scientists because they provide a window into the Earth's interior and processes. By studying volcanoes, scientists can learn about the composition and structure of the Earth's crust, mantle, and core. Volcanoes also play an important role in shaping the Earth's surface and can have significant impacts on human populations and the environment, making their study important for hazard assessment and mitigation.