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The three landforms that result from volcanic activity are volcanoes, calderas, and lava plateaus. Volcanoes are cone-shaped mountains formed by the accumulation of lava and ash. Calderas are large depressions that form after a volcanic eruption empties the magma chamber beneath a volcano. Lava plateaus are large, flat landforms created by multiple layers of solidified lava flows.
A caldera is a large bowl-shaped formation that occurs when the top of a volcano collapses into the emptied magma chamber beneath it. This can happen during a volcanic eruption when the magma chamber is emptied, causing the structure above it to collapse inward.
When a magma chamber partially empties, the remaining magma can solidify and form igneous rocks. This can result in the formation of a volcanic neck, which is a vertical column of solidified magma that remains after the surrounding rock has eroded away. Alternatively, if the magma is expelled through volcanic eruptions, it can form volcanic deposits such as lava flows and pyroclastic materials.
Magma chamber? Or the lithosphere or a mantle plume, depending on where the volcano is.
The term for the underground pool of molten rock that feeds the volcano is called a "magma chamber." This chamber stores magma, which can rise to the surface during a volcanic eruption, leading to the formation of lava flows and ash deposits.
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I don't know this is my question and i don't know!!:(
The three landforms that result from volcanic activity are volcanoes, calderas, and lava plateaus. Volcanoes are cone-shaped mountains formed by the accumulation of lava and ash. Calderas are large depressions that form after a volcanic eruption empties the magma chamber beneath a volcano. Lava plateaus are large, flat landforms created by multiple layers of solidified lava flows.
A caldera is a large bowl-shaped formation that occurs when the top of a volcano collapses into the emptied magma chamber beneath it. This can happen during a volcanic eruption when the magma chamber is emptied, causing the structure above it to collapse inward.
magma chamber beneath the volcano begins to empty due to an eruption or collapse pressure from the volcanic chamber decreases, causing the overlying rock to collapse into the chamber the collapse creates a large depression in the ground known as a caldera.
When a magma chamber partially empties, the remaining magma can solidify and form igneous rocks. This can result in the formation of a volcanic neck, which is a vertical column of solidified magma that remains after the surrounding rock has eroded away. Alternatively, if the magma is expelled through volcanic eruptions, it can form volcanic deposits such as lava flows and pyroclastic materials.
Caldera formation is related to volcanic eruptions, particularly large explosive eruptions that result in the collapse of a volcano's magma chamber. During such eruptions, vast amounts of magma are expelled, leading to the emptying of the magma chamber and the collapse of the ground above it, creating a large depression known as a caldera.
Volcanic cones: These are steep-sided mounds of solidified lava and volcanic debris that form around a vent on the Earth's surface. Calderas: Large, crater-like depressions that form when a volcanic cone collapses into the empty magma chamber below. Lava plateaus: Flat, elevated areas created by the accumulation of successive lava flows that spread out over a large region.
Its a mountain underneath a chamber of magma or steam
Magma chamber? Or the lithosphere or a mantle plume, depending on where the volcano is.
The size of the magma chamber and the viscosity of the magma.
the stone or the solid mud that are not dissolve in the chamber of a volcano.............