892,091,473,000,272.287,005
Mount St. Helens is near a subduction zone.
hot liquid called lava or magma
Mount St Helens is on a convergent plate boundary.
Mt. St. Helens erupted by the pressure to make a volcano explode. Lava originates deep below the Earth's surface where it is still extremely hot, with magma at the bottom of the lava. a 5.1 earthquake triggered mt st helens to erupt
Mount St. Helens is a stratovolcano formed by the subduction of tectonic plates, where the Pacific plate is being forced beneath the North American plate. Hot-spot volcanoes, like the Hawaiian Islands, are formed by magma that rises from a fixed mantle plume hotspot under the Earth's crust.
Mt. St. Helens was formed when the North American Plate passed over a hot spot on the Earth's crust. A hot spot is a weak spot in the Earth's crust that magma can escape through. This hot spot is now the vent of Mt. St. Helens.
Mount St. Helens is not associated with a hot spot. It is the result of the Juan de Fuca Plate suducting beneath the North American Plate off the Pacific Coast of the U.S. and Canada.
at least 180 degrees celcius
On Mount Saint Helens, the hot lava melted the snow, causing a catastrophic debris avalanche and lateral blast that devastated the surrounding areas. The eruption in 1980 resulted in the loss of lives, destruction of homes and infrastructure, and significant ecological impacts.
it is made up of igneous rocks, magma,and hot lava
An Earthquake on the St Mt Helens caused a bulge to appear, which gave the Volcano an oppurtunity to erupt, also in addition to that the earthquake caused a hole in the volcano which caused the magma chamber to split so the magma could rise up the main vent!
Mount Fuji is fed by basaltic magma, which generally ranges in temperature between 1,000 and 1,200 degrees Celsius or 1,830 to 2,200 degrees Fahrenheit.