Silica.
Baslatic magma is hotter.
No more than anything else. Almost all matter you encounter will contain small amounts of radioactive elements or isotopes. Granitic magma can contain small amounts of uranium, but not enough to pose any immediate danger. However, areas built on granitic bedrock can face a potential danger from radon.
Feldspar (the pink one), Quartz (the white one), Biotite (also possibly hornblende) <- the black one
basaltic
Basaltic magma is low in silica compared to andesitic or granitic magma.
An acid magma or a granitic magma.
granitic is light, basaltic is dark.
Baslatic magma is hotter.
PURPLE
No more than anything else. Almost all matter you encounter will contain small amounts of radioactive elements or isotopes. Granitic magma can contain small amounts of uranium, but not enough to pose any immediate danger. However, areas built on granitic bedrock can face a potential danger from radon.
Feldspar (the pink one), Quartz (the white one), Biotite (also possibly hornblende) <- the black one
basaltic
Basaltic magma is low in silica compared to andesitic or granitic magma.
Yes
No. Cinder cones are formed by basaltic magma.
Granitic magma forms at relatively shallow depths, typically between 1 and 10 kilometers beneath the Earth's surface. This type of magma is formed through the partial melting of continental crust, which is composed mainly of granitic rocks.
Granitic magma is highly viscous (resists flow). This high viscosity results in the entrapment and buildup of gases which create explosive eruptions.