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What type of rock is copper ore?
a copper ore is ither a metamorphic, sedimentary or igneious rock
How can any rock be transformed into metamorphic rock?
Heat and pressure transform rock to metamorphic rock.
What combination of process can transform a metormorphic rock to sediments?
Exposure, weathering, and erosion can transform a metamorphic rock into sediments.
What rocks change into metamorphic rocks?
Any type of rock can become metamorphic.
Can metamorphic rock form out of other metamorphic rock?
No.
What type of rock is copper ore?
a copper ore is ither a metamorphic, sedimentary or igneious rock
How can any rock be transformed into metamorphic rock?
Heat and pressure transform rock to metamorphic rock.
What processes transform metamorphic rock into sedimentary rocks?
Heat and pressure change the rock into a metamorphic rock
What type of rock will the metamorphic rock most likely transform into next?
A sedimentary rock.
What type of rock will the metamorphic rock most likely transform into?
Another metamorphic rock or likely weather to form sediments that results to sedimentary rock.
What type of rock is most likely to form a transform boundary?
Metamorphic rock
What type of rock is most likely to form at a transform boundary?
Metamorphic rock
What processes can transform metamorphic rock into sediment?
weathering and erosion
Changing pressure and temperature can transform sedimentary rock into what other type of rock?
Metamorphic Rock
An earthquake causes metamorphic rock deep inside a mountain to be pushed up to the mountains surface What type of rock will the metamorphic rock most likely transform into next?
Sedimentary
What combination of process can transform a metormorphic rock to sediments?
Exposure, weathering, and erosion can transform a metamorphic rock into sediments.
Can slate turn into another metamorphic rock?
Yes, slate, which is a fine-grained metamorphic rock formed from the metamorphism of shale, can further undergo metamorphism to transform into another metamorphic rock. The process of changing one metamorphic rock into another is known as metamorphic progression or metamorphic differentiation. If slate undergoes increased heat and pressure over time, it can undergo further metamorphism and transform into a different type of metamorphic rock. The specific type of rock it may transform into depends on the intensity of the metamorphic conditions. For example, if the temperature and pressure increase significantly, slate might progress to phyllite, schist, and eventually, if conditions are extreme, it could transform into gneiss. Metamorphic rocks form through the alteration of existing rocks (igneous, sedimentary, or other metamorphic rocks) due to heat, pressure, or chemically reactive fluids over geological time. The process of metamorphism involves changes in mineral composition, texture, and structure.
