if a volcano is high in silica, it will be explosive. If its low in silica, it will be quiet.
Two important things that determine whether an eruption will be explosive or quiet:
# The amount of water vapor and other gases that are trapped in the magma. # If the magma is basaltic or grantic.
How explosively or quietly a volcano erupts is not affected by the location of the volcano itself. Instead, it is primarily influenced by factors such as the composition of the magma, gas content, and the pressure buildup within the magma chamber. These geological characteristics determine whether an eruption will be effusive or explosive, regardless of where the volcano is situated.
A volcano erupts when enough pressure builds up inside of it to unplug it's crater. The stronger the plug, the more force is needed to expel it, which results in a more violent eruption. Also, the stickiness of the lava is a factor. The more sticky the lava, the stronger the eruption.
The type of volcanic eruption is primarily determined by the composition of the magma beneath the volcano. Magma high in silica tends to be more viscous and leads to explosive eruptions, while lower silica magma tends to flow more easily, resulting in effusive eruptions. Other factors such as the presence of gas, the amount of pressure, and the shape of the volcano can also influence the type of eruption.
Ultimately it depends on whether or not the volcano erupts. This usually means molten rock reaching the surface, but may also refer to phreatic eruptions, which are essentially steam explosions caused by groundwater coming in contact with hot rock. Sometimes a volcano can start showing signs of activity only to have nothing come of it. What determines whether a period of activity will lead to an eruption is still not fully understood, and it is never quite the same at any two volcanoes.
I think it is all to do with the pressure forming underneath the earth's crust in the mantle and magma chamber hope this helps!
How explosively or quietly a volcano erupts is not affected by the location of the volcano itself. Instead, it is primarily influenced by factors such as the composition of the magma, gas content, and the pressure buildup within the magma chamber. These geological characteristics determine whether an eruption will be effusive or explosive, regardless of where the volcano is situated.
A volcano erupts when enough pressure builds up inside of it to unplug it's crater. The stronger the plug, the more force is needed to expel it, which results in a more violent eruption. Also, the stickiness of the lava is a factor. The more sticky the lava, the stronger the eruption.
The type of volcanic eruption is primarily determined by the composition of the magma beneath the volcano. Magma high in silica tends to be more viscous and leads to explosive eruptions, while lower silica magma tends to flow more easily, resulting in effusive eruptions. Other factors such as the presence of gas, the amount of pressure, and the shape of the volcano can also influence the type of eruption.
Ultimately it depends on whether or not the volcano erupts. This usually means molten rock reaching the surface, but may also refer to phreatic eruptions, which are essentially steam explosions caused by groundwater coming in contact with hot rock. Sometimes a volcano can start showing signs of activity only to have nothing come of it. What determines whether a period of activity will lead to an eruption is still not fully understood, and it is never quite the same at any two volcanoes.
One factor that influences a volcanic eruption is the composition of the lava; the thicker the lava, the more explosive the eruption. Another factor is the level of pressure that forces magma up a pipe or vent; the higher the pressure, the more violent the eruption.
Whether your foot is on it or not.
Whether you have a toy or a video game, please play quietly until I've finished my call.
I think it is all to do with the pressure forming underneath the earth's crust in the mantle and magma chamber hope this helps!
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.
Your physician would be the best person to determine whether you have a disability.
Context.
density!