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How far beneath the earths surface would you have to go to be where there is no more granite?
Below the crust. This varies based on the thickness of the crust and it has to be continental crust for there to be granite. There are some exceptions to this but it is very complex and not very well understood at this time.
The crust varies in thickness between ~25km and 70km (Basin and Range province and Himalayan Mountains, respectively).
What else can I help you with?
How far beneath the earths surface would you have to go to the liquid material of the earths core?
about 3,000 km study island question
Would minerals in a rock buried 2 m beneath the earths surface be affected by pressure?
Yes, minerals in a rock buried 2m beneath the Earth's surface would be subjected to increased pressure from the overlying rock layers. This pressure can affect the physical and chemical properties of the minerals, potentially causing them to undergo changes such as deformation or recrystallization.
How far beneath earths surface would you have to go before you were no longer passing through rock that is composed mostly of silicon oxygen and aluminum?
about 30km-40km on the continental crust and about 10km on oceanic.Depth varies with location.
What igneous rock would form from the magma if it did not reach the surface but instead crystallized at great depth?
If magma does not reach the surface and instead crystallizes at great depth, it forms an intrusive igneous rock called granite. Granite is coarse-grained and typically composed of minerals such as quartz, feldspar, and mica. It forms slowly over millions of years beneath the Earth's surface before being exposed through erosion.
What rock is found 10 kilometers beneath the earthhs surface?
Approximately 10 kilometers beneath the Earth's surface, you would typically find rocks that are part of the upper mantle or lower crust, primarily composed of metamorphic and igneous rocks. Common examples include granite and gneiss in the continental crust, and basalt in oceanic crust. The temperature and pressure at this depth create conditions that can lead to significant metamorphism of these rocks.
How far beneath the earths surface would you have to go to find liquid material in the earths core?
1800km - 1900km
How far beneath the earths surface would you have to go find liquid material in the earths core?
1800km - 1900km
How far beneath the earths surface would you have to go to the liquid material of the earths core?
about 3,000 km study island question
How far beneath the Earths surface would you have to go before you were no longer passing through rock that had the composition of granite?
On average, granite makes up the Earth's crust, which extends about 30-50 kilometers deep below the surface. So, you would need to go deeper than that to no longer pass through rock with the composition of granite. This depth can vary depending on the specific location and geologic setting.
How far beneath the earth surface would you have to go to find liquid material in earths core?
1800km - 1900km
On which layer of the earth can you find granite?
You would find granite in the continental crust.
How far beneath the earth's surface would you have to go before you were no longer passing through rock that had no composition of granite?
i think about 30 kilomiters
What is a liquid rock called?
That depends where it is. On the surface of the planet it would be lava and in the earths core it would be the mantle.
Where would you be most likely to find granite in earths mantle or earths continents?
you will find it in earths mantle because it is a kind of an igneous rock
How far beneath the Earth's surface would you have to go before you were no longer passing through rock that had the composition of granite?
i think about 30 kilomiters
Would minerals in a rock buried 2 m beneath the earths surface be affected by pressure?
Yes, minerals in a rock buried 2m beneath the Earth's surface would be subjected to increased pressure from the overlying rock layers. This pressure can affect the physical and chemical properties of the minerals, potentially causing them to undergo changes such as deformation or recrystallization.
How far beneath earths surface would you have to go before you were no longer passing through rock that is composed mostly of silicon oxygen and aluminum?
about 30km-40km on the continental crust and about 10km on oceanic.Depth varies with location.
