When two tectonic plates collide, it is called compressional stress at convergent boundaries. Rocks and plates usually have stronger compressional strength than tensional strength (which would happen at divergent boundaries). This means the higher the likelihood of developing mountains for continent-continent convergence or being subducted for oceanic-oceanic/oceanic-continental boundaries.
Compressive stress occurs when two plates collide.
When two tectonic plates collide, it causes an earth quake from the vibration of the two plates.
Compression is the type of stress that results when tectonic plates collide, while Tension is the result of tectonic plates pulling away from each other.
Compressional Stress.
Chirismic deformation
compressional or compression
Shear stress.
Rock tension is stress that occurs when forces act to stretch an object. Tension occurs at divergent play boundaries, when two tectonic plates pull away from each other.
Compression stress from other tectonic plates squeeze the plates, causing it to buckle in the center, and for mountains to form.
The collision of objects will create compressive and possibly shear stress.
It occurs when 2 plates or margins or crustal rocks are put under tremendous stress they release at a point this stress which leads to sudden movement of crustal rocks and a shockwave is released. This causes an earthquake which is probable especially in seas to send huge waves produced by the shock waves released. As tectonic plates push or pull, stress increases along faults near the plates' edges causing rock in the plate to collapse.
ummmmmm i dont know you tell meee!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! :O)
When that happens a earthquake is produced.
normal fault occurs...odyssey
Stress and faults are both caused by tectonic plates.
The tectonic plates that collide vertical to one opposit end of the other so that the can crash making an earthquake this is done to global warming but really it is earthquake causing global warming
Rock tension is stress that occurs when forces act to stretch an object. Tension occurs at divergent play boundaries, when two tectonic plates pull away from each other.
It is called tectonic stress.
Compressional stress is the stress produced by two tectonic plates moving towards each other.
Compression stress from other tectonic plates squeeze the plates, causing it to buckle in the center, and for mountains to form.
The grinding of tectonic plates. This caused by the outer core sending heat to the asthenosphere. The heat creates convection cells (aka convection currents), which move the asthenosphere. The tectonic, or lithospheric, plates are floating on the asthenosphere. When the asthenosphere moves, the tectonic plates move, and they gring together. The grinding will eventually cause a tectonic plate to fracture, which releases energy through the earth as seismic waves, and an earthquake occurs.
It occurs when 2 plates or margins or crustal rocks are put under tremendous stress they release at a point this stress which leads to sudden movement of crustal rocks and a shockwave is released. This causes an earthquake which is probable especially in seas to send huge waves produced by the shock waves released. As tectonic plates push or pull, stress increases along faults near the plates' edges causing rock in the plate to collapse.
The collision of objects will create compressive and possibly shear stress.
two plates collide and then their edges crumble like a paper