colliding plates
volcanic mountains
Because there are more mountains and the rocky mountains are kind of newer than the Appalachian mountains. the plates are moving under the rocky mountains. Mainly the plates are moving like every day slowly. you can't even feel it move just like when the Earth's moving.
Block mountains form when a fault line causes rocks to move past each other. These are also called fault mountains.
A mountain gets made
The large anticlines form the fold mountain and the dome mountains. This is usually as a result of jointing, folding and faulting.
Plates do not cause volcanoes. Volcanoes generally form at the boundaries between plates. They form at convergent and divergent boundaries.
At breaks in the earths crust; like the tectonic plates; an earthquake can trigger a volcano, and depending on what kind of volcano it is, it can form a mountain.
Mountains of tectonic plates i think!
When two edges of tectonic plates collide (convergent boundary) they can cause a crumpling effect and an upthrust to form mountains. The Himalayas, for instance, were formed when the Indian Plate crashed into the Asian Plate. Convergent boundary also applies to the situation where one plate moves under the other (subduction) this kind of plate boundary can also form mountain chains. An example of this is the Andes mountains.
trenches trenches
volcanic mountains
I believe that this question has to do with earth science. When two continental plates come together, a convergent plate boundary, mountains form. If an oceanic plate and a continental plate converge, or come together, a subduction zone is form and the oceanic plate subducts under the continental usually because the oceanic plate is less dense. Hope I kind of answered the question..?
shield volcanoes
Mountains
They are fold mountains as it is a mountain range. It is caused by either 2 continental plates or an oceanic and a continental plate colliding into each other.
volcanoes
I can't be sure, but I think it's the boundary between two of the Earth's plates. These mountains form when plate collisions push an area of the crust up into a dome shape. The crust doesn't snap and break as in fault-block mountains. Ex: The Black Hills of South Dakota.