It used to be thought that granite continued down to and stopped at the Conrad Discontinuity, approx. 4.35 miles. However recent discoveries indicate it continues at least another 2.7 miles with no indication of where it really stops. It may continue down to the Mohorovicic Discontinuity at a depth of 20 miles. Because the Conrad Discontinuity has been so deeply penetrated, scientists have no idea how deep that granite may extend below the earth's surface. Recent research indicates all of the earth's granite came into existence in solid form in a span of three minutes.
an intrusive
First gneis and then granulite
No. Granite forms below the surface.
You would find granite in the continental crust.
50 K
an intrusive
granite or granitic
granite
First gneis and then granulite
i think granite because it was formed under the earth in deep pressure and heat but marble has weaker bonds in its particles. marble was formed by limestone with not alot of pressure as granite or heat. granite is way strongger
Deep underground.
It is dated from the time it solidifies as rock.
Granite is extremely common. It's an intrusive igneous rock, which means it formed from magma from deep inside the earth, then cooled gradually, forming crystals which are visible. In the U.S. there are large areas of granite in the Rocky Mountains and the Appalachian Mountains.
Granite is an igneous rock.
Granite is an igneous rock, which means it is formed from cooling and solidification of molten magma deep within the Earth's crust. It is composed mainly of quartz, feldspar, and mica minerals.
the granite melts into lava then cools becoming igneous. it erodes into sediment and then gets compressed into a sedimentary rock. the sedimentary rock becomes metamorphic with heat and pressure deep within Earth
The answer depends on how deep the granite is meant to be.