silca rich
Rhyolite is silica-rich, containing over 70% silica. It is an extrusive igneous rock with a fine-grained texture that forms from the rapid cooling of magma rich in silica content.
Silica-poor lava is called mafic lava. It is low in silica content and high in iron and magnesium, which makes it less viscous and more fluid compared to silica-rich lava. Mafic lava typically erupts at higher temperatures and flows more rapidly, resulting in the formation of basaltic rocks.
no its the least silica rich of granitic and andesitic magma.
Scoria typically contains high amounts of silica due to volcanic origins. It is formed from rapidly cooling lava with high viscosity, leading to the retention of silica in its composition.
Krakatoa is known to erupt basaltic lava, which is a type of lava low in silica content and therefore less viscous. This type of lava tends to flow more easily and create relatively gentle eruptions compared to more silica-rich and viscous lava types.
Calcite does not contain any silica. It is a carbonate mineral.
Rhyolite is silica-rich, containing over 70% silica. It is an extrusive igneous rock with a fine-grained texture that forms from the rapid cooling of magma rich in silica content.
False. The magma of shield volcanoes is silica-poor.
Silica-poor lava is called mafic lava. It is low in silica content and high in iron and magnesium, which makes it less viscous and more fluid compared to silica-rich lava. Mafic lava typically erupts at higher temperatures and flows more rapidly, resulting in the formation of basaltic rocks.
no its the least silica rich of granitic and andesitic magma.
I would expect a light gray igneous rock to be rich in silica. Light gray color in igneous rocks is often associated with high silica content, which is typical of felsic or granitic compositions.
Ithink there is not different types of lava This answer is retarded because there is silica rich and silica poor magma^^ some people are not that smart
Scoria typically contains high amounts of silica due to volcanic origins. It is formed from rapidly cooling lava with high viscosity, leading to the retention of silica in its composition.
lava rich in silica
Krakatoa is known to erupt basaltic lava, which is a type of lava low in silica content and therefore less viscous. This type of lava tends to flow more easily and create relatively gentle eruptions compared to more silica-rich and viscous lava types.
The SiO4 tetrahedra continuously form bonds with adjacent ions and atoms, essentially causing the liquid to strik to itself.
silica-rich magma