Volcanoes primarily form at tectonic plate boundaries, specifically at divergent and convergent boundaries. At divergent boundaries, tectonic plates move apart, allowing magma to rise and create new crust, often resulting in volcanic activity. At convergent boundaries, one plate is forced beneath another in a process called subduction, leading to melting of the subducting plate and the formation of volcanoes. Hotspots, which are not related to plate boundaries, can also produce volcanoes, as magma rises from deep within the Earth’s mantle.
Active volcanoes demonstraight the location of active plate boundries. Dormant volcanoes, such as the Japanese island chain, demonstraight how plate boundries have shifted over time.
Volcanoes do not produce uranium.
Volcanoes with high levels of water in their lava produce ash, those with dry lava produce no ash.
plate boundaries can produce volcanoes
plate boundaries can produce volcanoes
Along plate boundries.
Active volcanoes demonstraight the location of active plate boundries. Dormant volcanoes, such as the Japanese island chain, demonstraight how plate boundries have shifted over time.
around plate boundries.
subduction happens and mountains and volcanoes form
Volcanoes do not produce uranium.
earthquakes occur because plates move and they over lap causing an earthquake.
As the tectonic plates shift against eachother, the earth is forced up creating a volcano
There are divergent boundries which causes Shield Volcanoes(an ocean volcano) and there a subducting boundries which causes a composite volcano(land volcano) there is also a cinder cone but that is made from a magma chamber(a place where magma is stored beneath the volcano and in the earths crust) explodes from being overfilled and layers upon layers form.
Volcanoes with high levels of water in their lava produce ash, those with dry lava produce no ash.
plate boundaries can produce volcanoes
plate boundaries can produce volcanoes
convergent