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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.
Water vapor and silica.
water vapor and high in silica
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.
There are two factors that determine how explosive a volcano is. The two factors are the amount of gas that is present in the lava and how easy or difficult that gas can be released into the atmosphere.
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.
Water vapor and silica
Water vapor and silica.
water vapor and high in silica
Factors that important in fossil formation include temperature and pressure. Also, the presence of the correct ingredients in important in fossil formation.
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.
There are two factors that determine how explosive a volcano is. The two factors are the amount of gas that is present in the lava and how easy or difficult that gas can be released into the atmosphere.
Pressure and magma
temperature and pressure
In a volcano, the higher the pressure rises before eruption takes place, the more explosive the eruption will be. Some volcanoes seem to be "gentle flow" as a matter of course (like Mauna Loa in Hawaii). Some seem to be explosive as a matter of course (like Vesuvius in Italy). Others manifest both types of eruptions.
The volatile content of the magma. Weather water or Ice has ingres to the volcanic vent. The physical stability of the volcano.
suggest forces of group formation