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If exposed to high enough temperatures and pressures long buried igneous rock could what?
If exposed to high enough temperatures and pressures, long-buried igneous rock could undergo metamorphism, transforming into metamorphic rock. This process typically involves changes in mineral composition and texture due to the intense conditions, leading to the formation of new minerals and a more compact structure. Additionally, the original characteristics of the igneous rock may be completely altered, resulting in a rock type that is distinct from its parent material.
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If exposed to high enough temperatures and pressures long-buried igneous rock could?
Melt and recrystallize
What happens to long-buried igneous rock when exposed to high enough temperatures and pressures?
When long-buried igneous rock is exposed to high temperatures and pressures, it can undergo a process called metamorphism. This transformation alters the mineral composition and texture of the rock without melting it, resulting in a metamorphic rock. The heat and pressure can cause recrystallization of minerals, foliation, and the development of new minerals, depending on the original rock type and the specific conditions of metamorphism. If the temperatures become extreme enough, the rock may eventually melt and form magma.
9. If exposed to high enough temperatures and pressures long-buried igneous rock could?
If exposed to high enough temperatures and pressures, long-buried igneous rock could undergo metamorphism, transforming into a metamorphic rock. This process involves the recrystallization of minerals and the alteration of the rock's texture and composition without melting. The resulting metamorphic rock may exhibit new characteristics, such as increased density and the formation of foliation or banding, depending on the conditions of pressure and temperature.
If exposed to high enough temperatures and pressure long buried igneous rock could?
Melt and recrystallize
If exposed to high enough temperatures and pressures long-buried igneous rock could be revealed by erosion produce sediments melt and recrystallize?
Yes, when long-buried igneous rock is exposed to high temperatures and pressures, it can undergo metamorphism, leading to the formation of new minerals. Erosion can also wear away overlying materials, revealing the rock beneath. Additionally, if the conditions are extreme enough, the rock may partially melt and then recrystallize, resulting in a different type of igneous or metamorphic rock. This dynamic process illustrates the continuous rock cycle in geology.
If exposed to high enough temperatures and pressures long-buried igneous rock could?
Melt and recrystallize
If exposed to high enough temperature and pressures long buried igneous rock?
Melt and recrystallize
What happens to long-buried igneous rock when exposed to high enough temperatures and pressures?
When long-buried igneous rock is exposed to high temperatures and pressures, it can undergo a process called metamorphism. This transformation alters the mineral composition and texture of the rock without melting it, resulting in a metamorphic rock. The heat and pressure can cause recrystallization of minerals, foliation, and the development of new minerals, depending on the original rock type and the specific conditions of metamorphism. If the temperatures become extreme enough, the rock may eventually melt and form magma.
9. If exposed to high enough temperatures and pressures long-buried igneous rock could?
If exposed to high enough temperatures and pressures, long-buried igneous rock could undergo metamorphism, transforming into a metamorphic rock. This process involves the recrystallization of minerals and the alteration of the rock's texture and composition without melting. The resulting metamorphic rock may exhibit new characteristics, such as increased density and the formation of foliation or banding, depending on the conditions of pressure and temperature.
If exposed to high enough temperatures and pressure long buried igneous rock could?
Melt and recrystallize
If exposed to high enough temperatures and pressures long-buried igneous rock could be revealed by erosion produce sediments melt and recrystallize?
Yes, when long-buried igneous rock is exposed to high temperatures and pressures, it can undergo metamorphism, leading to the formation of new minerals. Erosion can also wear away overlying materials, revealing the rock beneath. Additionally, if the conditions are extreme enough, the rock may partially melt and then recrystallize, resulting in a different type of igneous or metamorphic rock. This dynamic process illustrates the continuous rock cycle in geology.
If exposed to high enough temperatures and pressure long buried igneous rocks form?
If exposed to high enough temperatures and pressures, long-buried igneous rocks can undergo metamorphism, transforming into metamorphic rocks. This process alters the mineral composition and texture of the original rock, often resulting in the formation of foliation or new mineral assemblages. The resulting metamorphic rocks can exhibit characteristics such as increased density and hardness, depending on the specific conditions of temperature and pressure. Examples include the transformation of granite into gneiss or basalt into amphibolite.
How does a metamorphic rock becomes an igneous rock?
If a metamorphic rock is buried deeply in the earths' crust it comes under great pressures and temperatures. If these are great enough to re-melt the rock it ceases to be metamorphic and when it cools, it re-crystallizes into an igneous rock.
What processes occur that change a sedimentary rock into an igneous rock?
Sedimentary rock can be turned into lave or magma by contact with either of the substances or exposure to extreme heat. When the lava or magma cools, it becomes igneous rock.Students who are using wiki.answers.com could be advised that copying word for word is plagerizm.
How does Sedimentary rocks change to igneous rock?
Sedimentary rock melts, then it cools to form Igneous rock. Hoped this helped. :)
When do Metamorphic rocks form?
Metamorphic rocks form when existing rocks, such as sedimentary or igneous rocks, are subjected to high temperatures and pressures within the Earth's crust. This can occur due to tectonic activity, such as mountain-building processes, or by being buried deep within the Earth's crust.
How are metamorphic rocks formed underground?
Metamorphic rocks are formed underground through the process of heat and pressure altering existing rocks. When rocks are buried deep in the Earth's crust, they are subjected to high temperatures and pressures that cause their mineral composition and texture to change. This results in the formation of metamorphic rocks from pre-existing igneous, sedimentary, or other metamorphic rocks.
