If it is a big volcanic eruption then it would burn nearby cities and kill people, then it will poison the air with sulfuric acid and darken the sky. Ash will fall from the clouds of the eruption and ruin or collapse buildings because the ash id heavy.
Good question! According to Dana's Manual of Mineral Science (the Bible of minerals, in a way) a mineral must be solid. So, lava, which is not solid, is not a mineral. Once lava hardens into a solid, it becomes a rock made of different types of minerals.
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.
why does the lava sink or rise?
1 mt = 1000 kg1 mt = 1000 kg1 mt = 1000 kg1 mt = 1000 kg1 mt = 1000 kg1 mt = 1000 kg
the type of lava from mt vesuvius is felsic lava in a pyroclstic explosion.
Mt. Vesuvius produces felsic lava in a pyroclastic explosion.
Mt. Vesuvius's lava temperature can vary, but it typically ranges between 1,470°F to 2,190°F (800°C to 1,200°C).
Orange
Mt. Vesuvius produces geothermal energy. It uses the heat of the magma and the lava, along with ash and gases.
An underground earthquake sent the lava plume high in the air.
Mt Vesuvius is a mountain in Italy that exploded and covered pompeii for several hundred years
The eruption sent ashes from the lava to other cities/countries.
Mt. Vesuvius is a Volcano that is in Italy.
Mount Vesuvius' magma is comprised mostly of pumice stone. It is low density molten rock that erupts at a high temperature.
No, but pumice came out of Mt Vesuvius, because the magma coming out was cooling very fast.
Mt. Vesuvius produces geothermal energy through the intense heat from its underground magma chamber. This heat is used to heat water, creating steam that drives turbines to generate electricity. The geothermal energy harnessed from Mt. Vesuvius is a renewable and sustainable source of power.