The primary factor that determines the type of volcano that will form in a given area is the tectonic setting, particularly the interaction of tectonic plates. This includes whether the area is located at a divergent boundary, convergent boundary, or a hotspot. The composition of the magma generated, influenced by the tectonic setting and the geological characteristics of the crust, also plays a crucial role in determining whether the volcano will be shield, stratovolcano, or fissure. Additionally, the amount of gas in the magma can affect the explosiveness of the eruptions and the overall volcano type.
When a lot of pressure is exerted on the magma underneath the earths crust, it is forced outwards in often violent eruptions. The size and type of eruptions depends on the amount of pressure, type of magma, and type of volcano. Hope that helps.
· It is determined by the primary factors of the magma's Temperature, its Composition, and the amount of Dissolved Gases it contains.
A volcano with magma that contains large volumes of gases but not silica and water is typically a shield volcano. These volcanoes have low viscosity magma that allows gases to escape easily, resulting in relatively gentle eruptions characterized by lava flows.
The explosiveness of a volcano is determined by two factors. The obstacles in the magma's path and the type of volcano. When there is chunks of rock and hardened magma in the vent the liquid magma builds up until it sprays out at hufe ferocity. If there is little or no debris then the magma simply spews out. As for the type of volcano when the tectonic plates move apart it forms a row of GENTLE volcanoes but when they crash together the volcanoes are much more explosive.
The type of rock formed when the magma cools. The type of volcano or volcanic intrusion that is formed The explosiveness of volcanic eruptions.
The primary factor that determines the type of volcano that will form in a given area is the tectonic setting, particularly the interaction of tectonic plates. This includes whether the area is located at a divergent boundary, convergent boundary, or a hotspot. The composition of the magma generated, influenced by the tectonic setting and the geological characteristics of the crust, also plays a crucial role in determining whether the volcano will be shield, stratovolcano, or fissure. Additionally, the amount of gas in the magma can affect the explosiveness of the eruptions and the overall volcano type.
When a lot of pressure is exerted on the magma underneath the earths crust, it is forced outwards in often violent eruptions. The size and type of eruptions depends on the amount of pressure, type of magma, and type of volcano. Hope that helps.
· It is determined by the primary factors of the magma's Temperature, its Composition, and the amount of Dissolved Gases it contains.
basaltic
what type of lava does avachinsky
A volcano with magma that contains large volumes of gases but not silica and water is typically a shield volcano. These volcanoes have low viscosity magma that allows gases to escape easily, resulting in relatively gentle eruptions characterized by lava flows.
The explosiveness of a volcano is determined by two factors. The obstacles in the magma's path and the type of volcano. When there is chunks of rock and hardened magma in the vent the liquid magma builds up until it sprays out at hufe ferocity. If there is little or no debris then the magma simply spews out. As for the type of volcano when the tectonic plates move apart it forms a row of GENTLE volcanoes but when they crash together the volcanoes are much more explosive.
If a volcano erupts more explosively, the lava spewing out tends to reach farther, possibly ruining a near by town. If it erupts more quietly, not as much lava tends to spew out. However, any eruption will cause harm to the atmosphere because it releases harmful pollutants.
Ash and poised magma that will turn into Metal!
magma type\
A volcano has magma,the molten rock that comes from the core of the earth.