The two principal factors that can determine the nature or explosiveness of a volcanic eruption is Temperature and Composition in terms of its water content, mineralogy and volatility.
It depends on the pressure, amount of magma, whether it's on a fault line, and how long convection has been going on to determine how the eruption will be.
Not necessarily. A summit eruption may be explosive or effusive. It is considered a summit eruption when material erupts at or near the volcano's peak as opposed to on its flanks.
The eruption that occurs at fuego is explosive with lava flows
The viscosity of magma or lava will determine whether or not the eruption is explosive or quiet. Higher viscosity magma can result in explosive eruptions. Lower viscosity magmas tend to flow more freely.
Most explosive volcanoes are stratovolcanoes, also called composite volcanoes.
It depends on the pressure, amount of magma, whether it's on a fault line, and how long convection has been going on to determine how the eruption will be.
The composition of the magma affects how explosive a volcanic eruption will be.
its like josephs farts explosive!
explosive
explosive
Not necessarily. A summit eruption may be explosive or effusive. It is considered a summit eruption when material erupts at or near the volcano's peak as opposed to on its flanks.
It had an eruption like explosive diarrhea.
quiet eruption flows easeir cause it has a low viscosity and lava flows easier but explosive eruption has a high viscosity and lava flows slower
The eruption that occurs at fuego is explosive with lava flows
The viscosity of magma or lava will determine whether or not the eruption is explosive or quiet. Higher viscosity magma can result in explosive eruptions. Lower viscosity magmas tend to flow more freely.
The 1980 eruption was very explosive. Ash was blown 80,000 feet into the air and the mountain is a quarter mile shorter than it was before the eruption.
sometimes is quite and sometimes is explosive