Water vapor can make a volcano explode into millions of pieces. Therefore the silica will put it back together, with gravity on its' side. Then lava will concave and erupt therefore making everything in its path rubble.
magma and high silica content
Not usually. Explosive eruptions are more often to magma with high or moderate silica levels.
silica rich magma associated with explosive eruptions because it tends to trap water and gas bubbles :)
quiet nonexplosive eruptionsquiet nonexplosive eruptionsquiet nonexplosive eruptions
Andesite
Water vapor can make a volcano explode into millions of pieces. Therefore the silica will put it back together, with gravity on its' side. Then lava will concave and erupt therefore making everything in its path rubble.
magma and high silica content
The main cause of differences in volcanic eruption characteristics is due to the viscosity of the magma. High viscosity magmas are high in sticky silica which traps gas and produces explosive eruptions. Low viscosity magmas are low in silica and produce eruptions with far less energetic characteristics.
Not usually. Explosive eruptions are more often to magma with high or moderate silica levels.
silica rich magma associated with explosive eruptions because it tends to trap water and gas bubbles :)
yes
quiet nonexplosive eruptionsquiet nonexplosive eruptionsquiet nonexplosive eruptions
Andesite
For eruptions it is explosive and for speed of flow it is 6 miles per hour. When the eruption as lava is 18 miles per hour.
Occasionally, yes. Most of Kilauea's eruptions are effusive, however.
It depends on the texture of the magma, if it is thick then it won't let the gases escape, and if it is liquidy then the gases will escape resulting in a nonexplosive eruption. If the magma is high in silica and water then it will be thick If the magma is low or has no silica or water then it will be liquidy. - Negehna 6th Grade
majority