magma
both tall
Underwater volcanoes and mountains can form at both convergent and divergent boundaries.
Not all volcanoes are mountains though most do form mountains. Some volcanoes form as simple fissures in the ground. There is a so-called supervolcano in Yellowstone that, does not take the form of a mountain. Kimberlite volcanoes also erupt too violently to form mountains.
Volcanoes and related geothermal activity such as geysers, hot springs, fumaroles. Both countries also have mountains, snowfields and glaciers. Fishing is an important commercial activity for both. they both have a native (indigenous) language.
hmm... probably... 1. They are both tall 2. They both form at convergent plate boundaries 3. They both lie on plate boundaries ( could be active ones ) yep, thats all i can think of. Hope this help :)
Well, the one that I know is that they both have amazing craters.
Volcanoes are similar to geysers, both involve the release of underground pressure and heated materials to the surface. They are also similar to mountains in terms of their formation through tectonic activity and the accumulation of molten rocks. Additionally, volcanoes share similarities with earthquakes as they are both caused by movements in the Earth's lithosphere.
Both are volcanoes with the potential to produce catastrophic explosive eruptions.
They are both continents in the Western Hemisphere. They both have a few countries. They both have mountains. They both have deserts.
Tornadoes and volcanoes have little in common, but a few common traits between them includeBoth are potentially deadly and destructive and are generally dangerous to go near, though dormant and extinct volcanoes pose much less of a threat.When active both volcanoes and tornadoes can release very large amounts of energy.Both volcanoes and tornadoes are difficult to predict and cannot be stopped.
They are both caused by the plates under the earth being unstable, therefore moving causing vibrations and the outcome is either volcanoes or earthquakes.
They are both formed at destructive plate boundaries