the earthquake was caused by thrust faulting on the boundary between the Australian Plate and the Sunda Plate. At the location of the earthquake, offshore of the west coast of Sumatra, the Australia plate moves northeast with respect to the Sunda Plate at a velocity, oblique to the orientation of the plate boundary.The component of plate motion perpendicular to the boundary produces thrust faulting on the offshore plate-boundary.
the plate boundaries offshore of western Sumatra.
According to data from the Japanese PALSAR microwave sensor aboard the Daichi (ALOS) satellite, South Pagai Island was uplifted, creating 6 new islands, and exposing previously submerged coral reefs as well as enlarging existing islands.
It happened because the tectonic plates rubbed together and then suddenly movedOR It happened because the ground shakes as pressure is being released between 2 plates
the idiana and the burmiuda
Most earthquakes occur in the ring of fire, a large region surrounding the vast Pacific Ocean. There is a lot of active plate movement, and convergent and divergent boundaries cause strike-slip faults to occur. Earthquakes that occur in this region can be in Vanuata, Japan, Alaska, California, Indonesia, and Sumatra.
techonic plates
earthquakes usually occur on the border between plates, as on the border between, the two plates rub against each other a lot, which creates earthquakes
the tectonic plates shake under the earth causing earthquakes
It happened because the tectonic plates rubbed together and then suddenly movedOR It happened because the ground shakes as pressure is being released between 2 plates
If you mean tetonic plates, then no, sliding tetonic plates cause earthquakes.
the idiana and the burmiuda
Actually colliding plates cause earthquakes
Earthquakes are mostly found at the edges of plates because that is the area of which the plates collide in different ways resulting in earthquakes and volcanoes.
they are related by,they are plates
No. Earthquakes are generally caused by the rubbing of two plates (tectonic plates).
Sliding plates release tension and energy to cause earthquakes.
Tectonic plates
earthquakes
uranus is a gas giant. Gas giants lack the tectonic plates (rocky plates floating on top of a molten core) necessary to have earthquakes. Only rocky planets which have tectonic plates can have earthquakes.