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When the crustal plate moves it vibrates the earths crust and its plates. When the crust and plates are forced to move it can result in volcanic action.
Volcanoes - It is called a hot spot and as the earths crust moves over the spot, volcanoes form and in this case, created the chain of islands.They formed from a hot spot in earths crustThe Hawiian Islands are the tops of huge undersea volcanoes.The way the islands have formed, although far away from any fault, the area is a volcanic hot-spot. Back a couple million years, the crust beneath was thinning and rising. A series of undersea volcanic eruptions force volcanic material upwards, making the islands. The thinning of the crust, literally, moves southward to make other islands.It has to do wih tectonic plates
As tectonic plate moves over a mantle plume, rising magma causes a chain of volcanic islands to form.
Pdtndob jgobtu
Pdtndob jgobtu
When the crustal plate moves it vibrates the earths crust and its plates. When the crust and plates are forced to move it can result in volcanic action.
Volcanoes - It is called a hot spot and as the earths crust moves over the spot, volcanoes form and in this case, created the chain of islands.They formed from a hot spot in earths crustThe Hawiian Islands are the tops of huge undersea volcanoes.The way the islands have formed, although far away from any fault, the area is a volcanic hot-spot. Back a couple million years, the crust beneath was thinning and rising. A series of undersea volcanic eruptions force volcanic material upwards, making the islands. The thinning of the crust, literally, moves southward to make other islands.It has to do wih tectonic plates
The formation of the Hawaiian Islands is associated with a volcanic hot spot under the Pacific Plate. As the plate moves slowly northwest over the hot spot, a chain of volcanic islands is formed, with the oldest islands in the chain to the northwest and the youngest to the southeast. This process has been ongoing for millions of years.
The Hawaiian Islands are in a line due to the movement of the Pacific tectonic plate over a hot spot in the Earth's mantle, which creates a chain of volcanic islands as the plate drifts. As the plate moves northwest, new volcanic islands form while older islands erode and subside, resulting in the linear arrangement of the Hawaiian archipelago.
Molton rock moves through crustal carbonate rock, it heats the rock, liberating water from the crustal rock.
The Hawaiian chain was formed by a hotspot beneath the Pacific Plate. As the plate moves over the hotspot, it creates a series of volcanic islands. The oldest islands are in the northwest, with the youngest islands, such as Hawaii, forming in the southeast.
A Tectonic Plate
A Tectonic Plate
Hawaii currently sits above an area of the mantle known as a hotspot. The mantle, or the part of the planet directly below the crust is made of a hot, dense material called peridotite. The Earth's mantle moves and is akin to a thick, viscous liquid such as syrup, due to trapped primordial heat and the radioactive decay of naturally occuring elements this thick, viscous fluid is hot and convects - sending plumes of hotter material up towards the crust while cooler material sinks down towards the core. Hawaii sits directly above one of these plumes, as do other volcanic hotspots such as Yellowstone, the Canary Islands and Reunion. Over geologic time sustained volcanic activity has built the islands from the seafloor upwards, and over millions of years as the crust moves over the hotspot, new islands are created while others fall dormant.
by bubbling hot magma in the earth's inner core, erupting from volcanoes and causing earthquakes which cause the crustal plates to move.