it is formed when the magma cools and crystalize underneath the ground
This classification scheme would likely be based on the genesis or origin of the rocks, as plutonic and metamorphic rocks are both associated with processes occurring beneath the Earth's surface (igneous intrusion and metamorphism), while sedimentary and volcanic rocks form at or near the Earth's surface through sedimentation and volcanic activity, respectively.
Granodiorite is a type of plutonic rock, meaning it forms from the slow cooling of magma beneath the Earth's surface. It is composed mainly of plagioclase feldspar and quartz, with smaller amounts of biotite, hornblende, and other minerals.
A clue that tells geologists about an intrusion is the relationship between the rock layers. An intrusion is younger than the surrounding rocks it cuts through, so if the intrusion appears to cut across existing layers, it is likely an intrusion. Additionally, the mineral composition and texture of the intrusion can differ from the surrounding rocks, providing further evidence of an intrusion.
A plutonic earthquake is a seismic event caused by the movement of magma deep within the Earth's crust. These earthquakes typically occur beneath volcanic regions or in areas where there is active magmatic activity. They are often associated with the formation of intrusive igneous rock formations.
Volcanic rocks form from lava that cools quickly on the Earth's surface, while plutonic rocks form from magma that cools slowly beneath the surface. Volcanic rocks have fine-grained textures, while plutonic rocks have coarse-grained textures. Volcanic rocks are often found in volcanic regions, while plutonic rocks are typically found deeper underground.
A laccolith.
Because geological processes have concentrated it in these places. (Usually those processes related to intrusion and cooling of plutonic magma bodies.)
A plutonic dome is found in areas of flat-lying sedimentary rocks that sloped up to create a roughly circular shape. Its core is made up of plutonic or igneous rocks that arched up the overlying sedimentary layers.
The area would have had; a) a plutonic intrusion underneath the surface rock, and the surface rock had eroded away, or b) previous volcanic eruption(s).
No. It is volcanic. The plutonic equivalent of andesite is diorite.
Cooled magma is turned into a plutonic igneous rock, eg. Granite (you can see the difference between plutonic and volcanic because plutonic have large crystal particles)
Rocks that are weathered and eroded can have their particles transported to a place of deposition and become new sedimentary rock. Rocks can become molten, then solidify, becoming new igneous rocks. Rocks can be metamorphosed by: a) exposure to heat by close proximity to a heat source such as a plutonic intrusion; b) from deep burial pressures; c) direct pressure and heat from mountain building processes; d) chemical changes from exposure to heated fluids, the fluids heated by a plutonic intrusion. Metamorphism of rocks can result in a realignment of mineral constituents, recrystallization, or new chemical compositions.
Solid plutonic rocks are intrusive igneous rocks such as granite and gabbro.
Cooled magma is turned into a plutonic igneous rock, eg. Granite (you can see the difference between plutonic and volcanic because plutonic have large crystal particles)
The word abyss is a noun, referring to a deep chasm. In geology a plutonic intrusion known as a "dike" could possibly serve as an antonym for abyss, though that would require subsequent erosion of surrounding material, which isn't necessarily part of the definition.
Granite is a plutonic rock, meaning it forms from the slow cooling and crystallization of magma underground. It is composed mainly of quartz, feldspar, and mica minerals.
Yes it is