Which component of an IED creates an electrical charge
The weight of the volcano.
shield volcanoes are only explosive if water somehow gets into the vent
Mount St. Helens is known for its explosive eruptions. In 1980, it erupted violently and produced a massive explosive eruption that caused significant devastation to the surrounding area. Subsequent eruptions have also been explosive in nature.
A combination of explosive and nonexplosive eruptions will create a complex volcanic landscape characterized by varied landforms and deposits. Explosive eruptions can produce ash clouds, tephra, and pyroclastic flows, while nonexplosive eruptions typically result in the formation of lava flows and shield volcanoes. This interplay can lead to diverse geological features, such as stratovolcanoes that exhibit layered deposits from both eruption types. The resulting environment can also influence local ecosystems and geological hazards.
A combination of explosive and nonexplosive eruptions will create a diverse volcanic landscape characterized by various features. Explosive eruptions can form steep-sided stratovolcanoes with layers of ash and lava, while nonexplosive eruptions typically lead to the formation of broad shield volcanoes with gentle slopes. This interplay can result in complex volcanic structures, such as calderas, lava plateaus, and pyroclastic deposits, showcasing a range of volcanic activity and geology. Such environments often exhibit varied ecosystems and geological hazards.
is akutan volcano explosive or nonexplosive
explosive
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The weight of the volcano.
shield volcanoes are only explosive if water somehow gets into the vent
It is an active volcano and remain explosive but the last major activity was ib 2006.
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Mount Unzen is an explosive volcano. It is a composite volcano or a stravolcano. As of 2014, the last eruption took place in 1996.
Mount St. Helens is known for its explosive eruptions. In 1980, it erupted violently and produced a massive explosive eruption that caused significant devastation to the surrounding area. Subsequent eruptions have also been explosive in nature.
A combination of explosive and nonexplosive eruptions will create a complex volcanic landscape characterized by varied landforms and deposits. Explosive eruptions can produce ash clouds, tephra, and pyroclastic flows, while nonexplosive eruptions typically result in the formation of lava flows and shield volcanoes. This interplay can lead to diverse geological features, such as stratovolcanoes that exhibit layered deposits from both eruption types. The resulting environment can also influence local ecosystems and geological hazards.
A combination of explosive and nonexplosive eruptions will create a diverse volcanic landscape characterized by various features. Explosive eruptions can form steep-sided stratovolcanoes with layers of ash and lava, while nonexplosive eruptions typically lead to the formation of broad shield volcanoes with gentle slopes. This interplay can result in complex volcanic structures, such as calderas, lava plateaus, and pyroclastic deposits, showcasing a range of volcanic activity and geology. Such environments often exhibit varied ecosystems and geological hazards.
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