In simple terms...undergoing additional heat and pressure from a more recent igneous intrusion which change the structure and minerology.
A pre-existing, igneous, sedimentary and metamorphic rock.
Igneous rock can weather and become sedimentary rock . Metamorphic rock can be melted in a volcano and become igneous rock. Igneous rock and sedimentary rock can be heated and pressurized to form metamorphic rock.
Igneous rocks are a "finished product". They do not become sedimentary rock - though sedimentary rocks, with heat and pressure can become metamorphic rocks.
Sedimentary rock can change into igneous rock, but not directly. The process involves first transforming sedimentary rock into metamorphic rock through heat and pressure. Then, if the metamorphic rock melts, it can become magma, which, upon cooling, crystallizes into igneous rock. Thus, while sedimentary rock does not directly become igneous rock, it can ultimately contribute to the formation of igneous rock through these intermediate steps.
when sedimentary rocks get exposed to great heat and pressure, they become more consolidated (harder to weather). when igneous rock combines with sediments and the two are heated under pressure, they become one rock, a metamorphic rock
It is a Metamorphic rock
it is a metamorphic rock
It is a Metamorphic rock
metamorphic rock
Any type of rock, igneous, metamorphic or sedimentary, can become eroded and re-deposited and cemented together to become a new sedimentary rock.
Three (3) rocks in the rock cycle are sedimentary, igneous, and metamorphic rock.
Any type of rock, igneous, metamorphic or sedimentary, can become eroded and re-deposited and cemented together to become a new sedimentary rock.