Sedimentary rock can form from the fragments of igneous, metamorphic, or pre-existing sedimentary rocks that have been weathered and eroded. Any of these rock types can break down into smaller pieces that eventually become sediment, leading to the formation of sedimentary rock through processes like lithification.
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.
While most materials can potentially become sedimentary rock through the process of sedimentation and lithification, some materials with high solubility, like salt, may not form traditional sedimentary rocks. Instead, they can form evaporites such as rock salt or gypsum.
The protolith of a quartzite is a sedimentary rock called sandstone. Quartzite forms when sandstone undergoes metamorphism, typically due to high heat and pressure, causing the quartz grains in the sandstone to recrystallize and merge together.
Heat and pressure are the two factors in the rock cycle that can change sandstone to quartzite. Sandstone is subjected to high temperatures and pressure during the metamorphic process, causing the sand grains to recrystallize and cement together, forming quartzite.
Sedimentary rock can form from the fragments of igneous, metamorphic, or pre-existing sedimentary rocks that have been weathered and eroded. Any of these rock types can break down into smaller pieces that eventually become sediment, leading to the formation of sedimentary rock through processes like lithification.
Metamorphic or new sedimentary rock.
Any rock (igneous, sedimentary or metamorphic) may be broken into fragments that may later be formed into sedimentary 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.
Any kind of rock can be "destroyed" when it comes down to it. If the question is whether sedimentary rock can be changed so that it is no longer the same kind of rock, the answer is - YES.Under sufficient pressure and temperature, most kinds of sedimentary rock transform into a related metamorphic rock.slate pretty much always comes from shale - and can further transform in to phyliteschist starts out as clay or mud which become shale (sedimentary rock) and through multiple transition steps over a long time eventually becomes schistgneiss may be formed from sedimentary rocklimestone (a sedimentary rock) can be transformed in to marblesand can become sandstone (sedimentary rock) and further transform into quartzitesandstone, shale, and limestone can be transformed into hornfels
Any rock can be broken up and later form a sedimentary rock.
If sedimentary rock is melted, then solidifies from melt, it is now an igneous rock. This can occur from contact with an intruding body of magma, or from heat and pressure from deep burial or collisions between plates and orogenic processes, where the sedimentary rock is first metamorphosed before melting.
No. It's too late.Unless it gets eroded itself and eventually forms layers of sediment which may then get turned into rock.
False. The rock may undergo further metamorphism, or it may melt and re-solidify into igneous rock, or it may be broken down into sediment at the surface and later become sedimentary rock.
False A+
While most materials can potentially become sedimentary rock through the process of sedimentation and lithification, some materials with high solubility, like salt, may not form traditional sedimentary rocks. Instead, they can form evaporites such as rock salt or gypsum.
Granite is an igneous rock formed from the cooling of molten magma. It does not directly turn into a sedimentary rock through metamorphism. Instead, it can be weathered and eroded to form sediment, which may then become sedimentary rock through compaction and cementation processes.