subduction zone or continental plate
well, there's two things. one, it's a convergent plate boundary, and two, it's called subduction when one plate goes under.
When a tectonic plate in a subduction zone, goes underneath another tectonic plate, the magma in the Earth's core causes the plate to break up and melt. This melted rock becomes magma, and when it pushes through the Earth's crust to create a volcanic eruption, the magma cools and becomes rock. This rock is Metamorphic rock.
Volcanoes are related to the interaction of tectonic plates because at the site of a volcano, there is a convergent boundary. This is when two tectonic plates come together to create a mountain. Sometimes, the magma underneath the crust pushes upwards, which melts more and more rock from the tectonic plates. This allows volcanoes to begin to form. After there is a fair amount of the inner part of the crust melted away, convection of the magma helps the magma to rise, and thus an eruption happening, and the volcano getting bigger over time.
a build up of pressure
African
well, there's two things. one, it's a convergent plate boundary, and two, it's called subduction when one plate goes under.
Convergent Boundary
When a tectonic plate in a subduction zone, goes underneath another tectonic plate, the magma in the Earth's core causes the plate to break up and melt. This melted rock becomes magma, and when it pushes through the Earth's crust to create a volcanic eruption, the magma cools and becomes rock. This rock is Metamorphic rock.
In short, yes. The internal forces of the earth both detract crust and add crust. When deep marine volcanoes create new crust on the surface it pushes tectonic plates out, these plates run into other tectonic plates and sub-duct (one pushes under the other) forcing the crust material down into the mantle to be recycled. Earthquakes are caused by plates either sliding along one another, or by one plate being pushed underneath another plate.
the tectonic plates
Volcanoes are related to the interaction of tectonic plates because at the site of a volcano, there is a convergent boundary. This is when two tectonic plates come together to create a mountain. Sometimes, the magma underneath the crust pushes upwards, which melts more and more rock from the tectonic plates. This allows volcanoes to begin to form. After there is a fair amount of the inner part of the crust melted away, convection of the magma helps the magma to rise, and thus an eruption happening, and the volcano getting bigger over time.
a build up of pressure
A constructive plate boundary, as it pushes land upwards (which formed the mountains)
The way tectonic plates move is by the heat from the core that goes up to the mantle which pushes up the rock and pushes them together to form tectonic plates. Later the tectonic plates slowly go back down until the heat of the core reaches the mantle once again.
Nazca Plate
When one tectonic plate presses into another it can either force it upwards or downwards. If it is upwards, then mountains are formed as the plate pushes up the surface of the earth above it.
African