When the metamorphic rock breaks down into sediment. Thus, making the new rock sedimentary because when sediment forms together over time it makes it sedimentary rock
When sedimentary rock undergoes enough heat and pressure, it becomes metamorphic rock. A classic example of this is when shale becomes slate.
metamorphic
heat and pressure is applied to the rock and it becomes a metamorphic rock.
I becomes sediments again or becomes igneous or metamorphic rock
when sedimentary melts the heat squeezes the rock then it becomes a metamorphic rock.
metamorphic rocks get compacted and cemented together until it becomes sedimentary rocks. they can also get crystallized underwater into sedimentary rock. hope you find this helpful!!! :)when a rock is put under a lot of heat and pressure it morphs into a sedimentary rock.
Sedimentary rock becomes metamorphic rock when subjected to high temperatures and pressures. This process causes the minerals within the sedimentary rock to recrystallize and reorganize, resulting in a new rock with different characteristics.
Yes, depending on where it is located
A metamorphic rock can be broken down in the weathering process, the same as any other type of rock. Once the weathered material is deposited, compacted, and lithified (turned to rock), it becomes a sedimentary rock.
An igneous rock, just like any other rock, can be changed through metamorphic, igneous, and/or sedimentary processes. When exposed to high temp. and pressure, igneous becomes metamorphic. When re-melted, it becomes igneous again. When weathered/eroded, it becomes sedimentary.
An igneous rock, just like any other rock, can be changed through metamorphic, igneous, and/or sedimentary processes. When exposed to high temp. and pressure, igneous becomes metamorphic. When re-melted, it becomes igneous again. When weathered/eroded, it becomes sedimentary.
the granite melts into lava then cools becoming igneous. it erodes into sediment and then gets compressed into a sedimentary rock. the sedimentary rock becomes metamorphic with heat and pressure deep within Earth