Yes, some volcanic mountains are located on convergent boundaries where oceanic plates subduct beneath continental plates or other oceanic plates. The subduction process generates intense heat and pressure, leading to the melting of rock and the formation of magma that eventually erupts as volcanoes.
The plates under the ocean are part of Earth's lithosphere, known as oceanic plates. These plates float on the semi-fluid asthenosphere beneath them and interact with each other at plate boundaries, influencing geological processes like seafloor spreading, subduction, and volcanic activity.
Where 2 plates slide past each other in a horizontal motion that boundary is called a Transform Boundary, or a fault.
Techtonic plate movement forms land masses by three different movements or boundaries: 1. tranform boundaries- when plates slide BY one another 2. divergent boundaries- when plates slide APART fom one another 3.convergent boundaries- when plates slide TOWARDS one another Convergent boundaries can form a continental collision, when "plates crash or crunch together" forming a mountain range (over millions of years). a convergent boundary can also make an ocean trench when one plate slides under the other.
The primary source of heat energy driving plate tectonics on Earth is radioactive decay in the planet's interior. This process generates heat through the decay of radioactive elements within the Earth's core and mantle, resulting in convection currents that drive the movement of the planetary plates.
Techtonic plates
The movement of techtonic plates under the earth's crust
Yes, some volcanic mountains are located on convergent boundaries where oceanic plates subduct beneath continental plates or other oceanic plates. The subduction process generates intense heat and pressure, leading to the melting of rock and the formation of magma that eventually erupts as volcanoes.
when the techtonic plates move, they can make an earthquake, that then may trigger techtonic plates to move and begin waves that become a tsunami
There is an intricate set of techtonic plates that are located all over the earth. When volcanic eruptions occur then these plates can shift due to the excess pressure that the eruptions cause. This techtonic plate movement can then result in earthquakes.
Earthquakes occur on convergent boundaries when tectonic plates collide, creating immense pressure. The immense pressure causes one plate to be forced beneath the other in a process known as subduction. The process of subduction generates seismic waves, leading to earthquakes.
Divergent
massive rocks
the techtonic plates moving, earthquakes mainly happen on the crakes in the techtonic plates like new zealand has quite a few because they are on a crack.
land is on plates plates move so does land techtonic plates
The vibration of the techtonic plates. :)
tension and compression:)