Rising magma forced up as the result of plate tectonics, gravity, or what have you places incredible pressure on sides of the volcano and causes it to bulge. When the pressure becomes too great and the volcano rips open to release the pressure, an eruption begins.
Viscosity.
The silica content effects the force of a volcanic eruption because magma with a lot of silica is thicker and magma with less silica is thinner. The amount of dissolved gases in magma effects the force of a volcanic eruption because the less gas in the magma, the less pressure will be inside the volcano. The temperature of the magma effects the force of a volcanic eruption because the hotter the magma, the more runny it is.
It's eruption.
Pressure underneath the skin of the volcano called plasma.
Yes. Krakatoa was a volcano. Therefore the eruption of Kraktoa was a volcanic eruption.
Viscosity.
The silica content effects the force of a volcanic eruption because magma with a lot of silica is thicker and magma with less silica is thinner. The amount of dissolved gases in magma effects the force of a volcanic eruption because the less gas in the magma, the less pressure will be inside the volcano. The temperature of the magma effects the force of a volcanic eruption because the hotter the magma, the more runny it is.
Volcanic Eruption. It builds land.
It's eruption.
Pressure underneath the skin of the volcano called plasma.
Yes. Krakatoa was a volcano. Therefore the eruption of Kraktoa was a volcanic eruption.
it is the upperpart of the volcanic chimney during an eruption it is the upperpart of the volcanic chimney during an eruption
is a volcanic eruption part of the rock cycle
is a volcanic eruption part of the rock cycle
volcanic eruption
the earthquake caused a volcanic eruption
Factors that determine the force of an eruption are magma viscosity and gas content.