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A vent through which gas, ash, and magma erupt onto Earth's surface is called a volcano.
Magma can erupt from a volcano through either a central vent or a fissure. A central vent is a single opening at the summit of a volcano, while a fissure is a long crack in the Earth's surface from which lava can flow.
This describes a volcano.
No, a crater pipe and a vent are not the same. A crater pipe is a conduit that connects a magma chamber to the surface, allowing magma to erupt onto the surface. A vent is the opening at the surface through which volcanic material is erupted.
Magma surges to the Earth's surface and can erupt through a vent in the Earth's crust. This process leads to volcanic eruptions and the formation of features like volcanoes and lava flows.
A vent through which gas, ash, and magma erupt onto Earth's surface is called a volcano.
1. Pressure in the magma chamber begins to build up. 2. The pressure forces the magma to go up through the vent. 3. Then it will erupt
Magma can erupt from a volcano through either a central vent or a fissure. A central vent is a single opening at the summit of a volcano, while a fissure is a long crack in the Earth's surface from which lava can flow.
This describes a volcano.
No, a crater pipe and a vent are not the same. A crater pipe is a conduit that connects a magma chamber to the surface, allowing magma to erupt onto the surface. A vent is the opening at the surface through which volcanic material is erupted.
Magma surges to the Earth's surface and can erupt through a vent in the Earth's crust. This process leads to volcanic eruptions and the formation of features like volcanoes and lava flows.
Magma leaves a volcano through an opening called a vent. The pressure from the buildup of magma inside the volcano forces it to erupt out through the vent, often resulting in volcanic explosions and lava flows.
An active volcano erupts when there is an accumulation of magma beneath the surface that builds up pressure and eventually forces its way out through the volcano's vent. Factors such as the composition of the magma, tectonic activity, and gas content can influence the frequency and intensity of eruptions.
Magma gets pushed through a vent due to the build-up of pressure beneath the Earth's surface. As the magma rises, it creates fractures in the rocks above, eventually reaching the surface through the vent. This process is driven by the buoyancy of the magma and the force of gas expansion within it.
a volcanic vent
A volcano erupts when molten rock, known as magma, flows through a central opening in the Earth's crust called a vent. This release of magma, gases, and ash can result in a volcanic eruption.
A volcano is a specific type of mountain that has a vent through which magma, ash, and gases erupt. Not all mountains have volcanic activity, while all volcanoes are mountains with volcanic activity.