Pyroclasts can be formed of any type of magma. However, they are more likely to form with andesitic than basaltic magma. Rhyolitic magma will also readily form pyroclasts.
Igneous
Yes. It will form a type of igneous rock that is referred to as an intrusive igneous rock.
Magma underground may differentiate and form different intrusive igneous rock. Magma from the magma body may erupt, cool, quickly, and form fine-grained extrusive igneous rock, or partially remain underground and form intrusive igneous rock. The type of igneous rock formed from the magma body will largely depend on whether or not it is erupted, and the speed of its cooling.
the type of rock formed when lava or magma cools is igneous rock..
Pyroclasts can be formed of any type of magma. However, they are more likely to form with andesitic than basaltic magma. Rhyolitic magma will also readily form pyroclasts.
The three types of magma, named for the rock they form are basaltic, rhyolitic and andesitic. Rhyolitic magma is rich in silica and water vapor.
Andesite is a type of extrusive igneous rock with moderate levels of silica. Andesitic is an adjective used to describe volcanic material with the composition of andesite. For example, andesitic lava will cool to form andesite.
Igneous
basaltic magma ,Andesitic magma and Rhyolitic magma
Rocks that form when hot magma solidifies are igneous rocks.
The type of rock that contains lava or magma is an igneous rock.
Magma IS made of melted rock and minerals. Not what type of rock. All types of rock.
Yes. It will form a type of igneous rock that is referred to as an intrusive igneous rock.
Sill (D)
Igneous rock is not necassarily made of fire, it is made of magma melting to form it.
Magma underground may differentiate and form different intrusive igneous rock. Magma from the magma body may erupt, cool, quickly, and form fine-grained extrusive igneous rock, or partially remain underground and form intrusive igneous rock. The type of igneous rock formed from the magma body will largely depend on whether or not it is erupted, and the speed of its cooling.