When a rock is transported, it can undergo weathering and erosion due to the physical forces such as wind, water, or ice. This can lead to the rock becoming smaller in size, changing shape, and eventually forming sediment. The sediment can then be deposited in a new location, contributing to the formation of sedimentary rocks through processes like compaction and cementation.
igneous rock
The rock gets farther a part from the fault
it gets weathered into sediment, then it gets washed into the ocean, sediment layers up over millions of years, and it gets squashed into sedimentery rock, then metamorphic and so on.
A sedimentary rock gets buried within the crust due to the movement of the plate tectonics; gets baked and becomes a metamorphic rock OR gets melted and solidifies to become an igneous rock. When the rocks (either metamorphic or igneous or both) are exposed, weathering and erosion occurs and the rock sediments are transported where they deposit at the bottom of a water body and get compacted (by the weight of the layers of sediments above) and cemented (by the minerals dissolved in the water) to become a sedimentary rock.
The sedimentary rock gets transformed into metamorphic rock under the heat and pressure of mountain-building processes. Examples of metamorphic rocks formed from sedimentary rocks include marble from limestone and schist from shale.
it gets all runny
i think it gets bigger
it gets wet
The rock gets farther a part from the fault
igneous rock
When a sedimentary rock gets wet, it can absorb the water and become softer. This may lead to weathering and erosion of the rock over time. Additionally, certain minerals within the rock can dissolve in the water, altering the rock's composition.
Igneous rock is transported by wind or moving water until they are deposited in other regions where they settle in layers.
it goes brown
It gets dark, hard as rock, tastes of burnt sugar.
A wet rock.
The rock that is eroded from a headland is usually transported by erosion processes like waves and currents. It can be broken down into smaller particles and eventually deposited on nearby beaches or carried out to sea. Over time, this process helps shape the coastline and contribute to the formation of new landforms.
During weathering, the rock structure breaks down into smaller pieces due to physical and chemical processes. During erosion, these pieces are transported away from their original location by water, wind, or ice. During deposition, the transported rock particles settle in a new location and may eventually become sedimentary rock through compaction and cementation.