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Yes, pressure plays a crucial role in the formation of metamorphic rock. As sedimentary or igneous rock is buried deep within the Earth's crust, it is subjected to increasing pressure over time. This pressure, exerted by overlying layers of rock and the weight of the Earth's crust, causes the minerals within the rock to recrystallize, creating a new metamorphic rock with distinct texture and characteristics.
The pressure and tempeture a rock was exposed to
the deeper into earth crust the higher the pressure that forms metamorphic rocks
High pressure can cause the formation of the metamorphic rock slate from the sedimentary rock shale.
Rock can be changed into metamorphic rock by heat and pressure.
Yes, pressure plays a crucial role in the formation of metamorphic rock. As sedimentary or igneous rock is buried deep within the Earth's crust, it is subjected to increasing pressure over time. This pressure, exerted by overlying layers of rock and the weight of the Earth's crust, causes the minerals within the rock to recrystallize, creating a new metamorphic rock with distinct texture and characteristics.
The pressure and tempeture a rock was exposed to
Heat and pressure.
Heat and pressure are responsible for the formation of metamorphic rock.
temperature, pressure or added fluids
the deeper into earth crust the higher the pressure that forms metamorphic rocks
High pressure can cause the formation of the metamorphic rock slate from the sedimentary rock shale.
The rock that gets heat+pressure to turn into a metamorphic rock.
Rock can be changed into metamorphic rock by heat and pressure.
Metamorphic Rocks
index mineral
sedimentary rocks undergo metamorphism under certain heat and pressure to give the metamorphic rocks. the affect of this formation on environment is negligible as this frames the part of rock cycle. further these metamorphic rocks melts to form magma. magma further cools and solidify to form igneous rocks.