Mountains are formed by tectonic plates converging at plate boundaries. When two plates move towards each other, they do not subduct. This causes land to be 'folded' up like a piece of paper to form a mountain. Think of two beach towels laying on a table and being pushed together, they will crumple and make a little mountain shape. Over long periods of time, the plates will rise up to create large mountains. A prime example is the Himalayas, formed by the Indian and Eurasian plates. opposite to these are subduction zones, at which volcanoes can form.
Mountains are created from collision of lithospheric plates, as in the case of the Himalayan Mountains, from upward thrusting of the colliding material. Mountains can also be formed from the subduction of denser crust at convergent plate margins and the subsequent rising of domed plutonic structures which can lead to creation of volcanic mountains. Underwater mountains are created by subduction and volcanism, and also from upwelling of the mantle at mid-ocean rifts, where new crust is being created, expanding the ocean floor on either side. The rising of the hotter and lighter mantle material causes a general uplift at the ridge area, creating the world's largest mountain ranges.
Where a mountain range is, is where two plates came together millions of years ago and squished the rock together so much that it formed mountains.
Closely spaced tectonic plates shake the Earth and closely spaced mountains make a mountan belt.
When two land tectonic plates collide (at convergent boundaries), they are both pushed upward, and form mountains.
they are related because moutains are formed where plates are
Plate tectonics and evlolution are related because they both
Plate tectonics is the theory of continental drift. As Pangaea is what scientists and geologistsbase continental drift on (as it was the original cluster formation of all continents), they are very closely related and usually are within the same field of study.
Faults result in the formation of mountains due to the movements associated with plate tectonics. As two plates interact, one may end up being thrust high into the air, forming a mountain.
plate tectonics
plate tectonics is a theory because t explains the formation, movement, and subduction of earth' s plates.
Plate motion provides the force that pushes up Californias mountains.
Earthquakes, volcanoes and mountains are formed via plate tectonics. When the large continental plates collide, they either cause temporary earthquakes, or more permanent features such as volcanoes and mountains.
Plate Tectonics
Plate tectonics and evlolution are related because they both
how are volcanoes and the process of plate tectonics related
Plate tectonics can create mountains. Plate Tectonics can also cause earthquakes in California.
Mountains are formed when the plate tectonics overlap
Plate tectonics is the theory of continental drift. As Pangaea is what scientists and geologistsbase continental drift on (as it was the original cluster formation of all continents), they are very closely related and usually are within the same field of study.
Plate tectonics create mountains by shifting. They ran into each other and the crashes created solid mountains. Mountains are like wrinkles in the earth.
Faults result in the formation of mountains due to the movements associated with plate tectonics. As two plates interact, one may end up being thrust high into the air, forming a mountain.
Plate Tectonics.
plate tectonics