Volcanoes form when molten rock, or flakes of rock called "ash," or a combination of the two start erupting out of a fissure in the ground. The material that erupts piles up around the vent into a higher and higher heap, until it becomes high enough to qualify as a mountain.
Ordinary mountains form when layers of rock break, and one side of the break rises up relative to the other; or when some layers of rock are pushed sideways over top of others; or when rock layers fold into a series of ripples. You can find volcanoes in areas covered by mountain ranges, but a mountain created by some other means won't suddenly change into a volcano.
Therefore you might say that while mountains can't become volcanoes, volcanoes can become mountains.
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^not true
Mountains form when tectonic plates beneath the earth's crust collide and the area around uplifts.
Mountains can become volcanoes if they start to release gas, or erupt
Volcanoes can become mountains again when they are- not dormant- but extinct. Volcanoes are considered 'extinct' when they are dormant for at least 10,000 years
but hey i may be wrong about the mountains becoming volcanoes but i have searched on the internet and they say that it's possible...
Yes. Volcanoes grow over the years as material from successive eruptions is piled up.
Volcanoes can grow slowly over thousands of years as lava flows and ash deposits build up. However, some volcanoes can also experience rapid growth during major eruptions, when large amounts of material are quickly added to the volcano's structure. The rate of growth depends on various factors such as eruption frequency, magma composition, and eruption style.
Well, according to scientific logic, extinct volcanoes can create new volccanoes because if they are in an area that can create more volcanoes and mountains like plate boundaries and hotspots, they can be joined with other newer landforms that grow around them. They can also use the pressure from their volcano to join with others so the pressure builds up.
Multiple eruptions form composite volcanoes. Andesite magma is the most common type of magma that erupts from composite volcanoes. Composite volcanoes can grow so high that their slopes become unstable and collapse.
Stratovolcanoes are typically the tallest type of volcano. They are characterized by their steep sides and symmetrical cones formed by alternating layers of lava flows, volcanic ash, and cinders. Notable examples include Mount Fuji in Japan and Mount Rainier in the United States.
Generally not. Orchids grow in a variety of places, not specifically in or near volcanoes.
Yes. Volcanoes grow over the years as material from successive eruptions is piled up.
They live near volcanoes because the land is very fertile and they can grow crops after the eruption.
zac is beter than you and will bash you
They provide ash for crops which helps them grow and nourish.
yes
earthquakes and volcanoes
Volcanoes are nonliving things because they don't reproduce or grow and develop.
A volcano is nonliving. Although they do grow, they do not develop, or breathe, or reproduce, or eat.
Volcanoes can grow slowly over thousands of years as lava flows and ash deposits build up. However, some volcanoes can also experience rapid growth during major eruptions, when large amounts of material are quickly added to the volcano's structure. The rate of growth depends on various factors such as eruption frequency, magma composition, and eruption style.
Well, according to scientific logic, extinct volcanoes can create new volccanoes because if they are in an area that can create more volcanoes and mountains like plate boundaries and hotspots, they can be joined with other newer landforms that grow around them. They can also use the pressure from their volcano to join with others so the pressure builds up.
Multiple eruptions form composite volcanoes. Andesite magma is the most common type of magma that erupts from composite volcanoes. Composite volcanoes can grow so high that their slopes become unstable and collapse.