You would bring it to the surface where the exposed sedimentary rock would be subject to weathering and erosion and the debris from these processes will be sediment once deposited again.
Erosion deposits sediment.
Weathering and erosion break down the igneous rock into sediment. The sediment is then transported and deposited, where it undergoes compaction and cementation to form a sedimentary rock.
Sandstone, claystone, limestone, or various other type of sedimentary rocks. That answer is WAY wrong the correct answer would be a sedimentary rock.
Because it was originally a sediment, such as sand or mud, but was then lithified into a rock.
Igneous rock can become sedimentary if it is weathered into sediment and then lithified.
Erosion deposits sediment.
Heat & pressure
Weathering and erosion break down the igneous rock into sediment. The sediment is then transported and deposited, where it undergoes compaction and cementation to form a sedimentary rock.
Sandstone, claystone, limestone, or various other type of sedimentary rocks. That answer is WAY wrong the correct answer would be a sedimentary rock.
Sedimentary rock melts, then it cools to form Igneous rock. Hoped this helped. :)
Sedimentary rock can be formed from lithified sediments.
The rock cycle describes how rocks are formed, and how they change to sedimentary rock, to metamorphic rock, to magma, to igneous rock, to sediment, and back to sedimentary rock.
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
Igneous rock can become sedimentary if it is weathered into sediment and then lithified.
Because it was originally a sediment, such as sand or mud, but was then lithified into a rock.
Yes! The process of weathering can "break down" a sedimentary rock and turn it back into a sediment.
Sediment can change into sedimentary rock through a process called lithification, which involves compaction and cementation. As layers of sediment accumulate, the weight of the overlying material compresses the deeper layers, reducing their volume. Additionally, minerals precipitate from water that percolates through the sediments, binding the particles together to form solid rock. Over time, this process transforms loose sediment into cohesive sedimentary rock.