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Why is the frosty volcano considered a volcano?
The Frosty Volcano is considered a volcano because it is a geological formation that has a vent or opening in the Earth's crust through which magma, gases, and ash can erupt. Even though it is covered in ice and snow, it still exhibits characteristics and features similar to other volcanoes, such as a central cone and lava flows.
Which is more likely to be dangerous---a volcano that erupts frequently or a volcano that has been inactive for a hundred years?
a volcano that hasn't been active for a hundred years because of viscosity which is the resistance to flow and one that has been inactive for a hundred years would have a low viscosity and would stick more for a better but more dangerous explosion.
What is the viscosity of magma in a pyroclastic flow?
In a pyroclastic flow, the magma would almost always be considered high-velocity. The velocity and strength of the magma is a result of its chemical composition.
What is the viscosity of lava flow from a cinder cone volcano?
The viscosity of lava flow from a cinder cone volcano is typically high, leading to slower-moving lava flows. This is due to the higher silica content of the lava, which increases its viscosity. As a result, cinder cone volcanoes often produce short, thick flows that can cool and solidify quickly.
Is pyroclastic material likely to form from low-viscosity lava or high-viscosity lava?
you eat my butt
Why is the frosty volcano considered a volcano?
The Frosty Volcano is considered a volcano because it is a geological formation that has a vent or opening in the Earth's crust through which magma, gases, and ash can erupt. Even though it is covered in ice and snow, it still exhibits characteristics and features similar to other volcanoes, such as a central cone and lava flows.
Is pyroclastic material likely to form from low-viscosity or high-viscosity lava?
low viscosity lava due to the violent eruption of the volcano
How viscosity affect volcanic eruptions?
Viscosity is how thick the magma is and this can impact on how much a volcano erupts and how it flows.
Which is more likely to be dangerous-a volcano that erupts frequently or a volcano that has been inactive for a hundred years?
a volcano that hasn't been active for a hundred years because of viscosity which is the resistance to flow and one that has been inactive for a hundred years would have a low viscosity and would stick more for a better but more dangerous explosion.
Which is more likely to be dangerous volcano that erupts frequently or a volcano that has been inactive for a hundreds years?
a volcano that hasn't been active for a hundred years because of viscosity which is the resistance to flow and one that has been inactive for a hundred years would have a low viscosity and would stick more for a better but more dangerous explosion.
Which is more likely to be dangerous---a volcano that erupts frequently or a volcano that has been inactive for a hundred years?
a volcano that hasn't been active for a hundred years because of viscosity which is the resistance to flow and one that has been inactive for a hundred years would have a low viscosity and would stick more for a better but more dangerous explosion.
Which is more likely to be dangerous a volcano that erupts frequently a volcano that has been inactive for a hundred years?
a volcano that hasn't been active for a hundred years because of viscosity which is the resistance to flow and one that has been inactive for a hundred years would have a low viscosity and would stick more for a better but more dangerous explosion.
What is the viscosity of magma in a pyroclastic flow?
In a pyroclastic flow, the magma would almost always be considered high-velocity. The velocity and strength of the magma is a result of its chemical composition.
What is the viscosity of lava flow from a cinder cone volcano?
The viscosity of lava flow from a cinder cone volcano is typically high, leading to slower-moving lava flows. This is due to the higher silica content of the lava, which increases its viscosity. As a result, cinder cone volcanoes often produce short, thick flows that can cool and solidify quickly.
How does erruptions effect the viscosity of an erruptions?
is a erruption a volcano of mt. mayon
How high could a volcano spew ash?
It depends on the type and size of the volcano, the viscosity, and the amount of pressure built up over time within the volcano.
Is pyroclastic material likely to form from low-viscosity lava or high-viscosity lava?
you eat my butt
