Pressure builds up from under the Earth in the moho or asthenosphere from molten lava and the Earth's crust is pushed and eventually cracks and lava seeps out through the crack therefore forming a volcano.
A volcano forms over a hot spot when magma erupts through the crust and reaches the surface.
Yes; hot spots are huge columns of hot mantle material rising from a great depth. New volcanoes form and old volcanoes become extinct as plates move over the hot spots.
Yes I am pretty sure.
volcanoes in Hawaii are formed by hot spots hot spots are areas of constant volcano activity. They are derived from unusually hot areas in the mantle. The overlapping mantle forms plumes of magma that rise and form volcanoes. source: http://visearth.ucsd.edu/VisE_Int/platetectonics/hot_spot.html
Cinder Cones Mainly Form At Hot Spots off the coast of Africa, Eurasian Plate boundary, etc.
that were formed over hot spots
Shield volcanoes are not hot spots but they are associated with them. However, such volcanoes can also form at rift zones.
flood basalts and volcanoes
at hot spots(a place where volcanoes are very active)
Hot spots!
Yes; hot spots are huge columns of hot mantle material rising from a great depth. New volcanoes form and old volcanoes become extinct as plates move over the hot spots.
flood basalts
Yes I am pretty sure.
volcanoes in Hawaii are formed by hot spots hot spots are areas of constant volcano activity. They are derived from unusually hot areas in the mantle. The overlapping mantle forms plumes of magma that rise and form volcanoes. source: http://visearth.ucsd.edu/VisE_Int/platetectonics/hot_spot.html
Volcanoes form from either techtonic plates crashing together or from hot spots under the earth
hot spots and convergent boundaries
the hotspots of volcanoes are when they are near tectonic plates when diverting or coliding
Cinder Cones Mainly Form At Hot Spots off the coast of Africa, Eurasian Plate boundary, etc.