no its the least silica rich of granitic and andesitic magma.
energy
Felsic magma. This type of magma is viscous with high silica content, resulting in explosive eruptions and the formation of light-colored rocks.
Magma that is rich in silica forms when the mantle interacts with continental crust or when it undergoes partial melting of silica-rich rocks. This occurs because the addition of heat and pressure can cause the minerals in the crust to melt, leading to a higher concentration of silica in the resulting magma. This silica-rich magma tends to be more viscous and can lead to explosive volcanic eruptions when it rises to the surface.
Acidic lava is very viscous, and thus will harden and block the vent. The magma will force its way out through the vent and create a violent explosion.
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.
energy
Felsic magma. This type of magma is viscous with high silica content, resulting in explosive eruptions and the formation of light-colored rocks.
An acid magma or a granitic magma.
silica-rich magma
Silica is sand dust.
Magma that is rich in silica forms when the mantle interacts with continental crust or when it undergoes partial melting of silica-rich rocks. This occurs because the addition of heat and pressure can cause the minerals in the crust to melt, leading to a higher concentration of silica in the resulting magma. This silica-rich magma tends to be more viscous and can lead to explosive volcanic eruptions when it rises to the surface.
Acidic lava is very viscous, and thus will harden and block the vent. The magma will force its way out through the vent and create a violent explosion.
Yes
red or scarlet
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.
yes