Earthquakes are caused by strike-slip faults, which are the grinding of two tectonic plates past each other.
Volcanoes are commonly caused at convergent subduction zones causing volcanic arcs or sometimes island arcs. This is not the only case of volcano formation however.
Mountains are formed at continental-continental convergent boundaries at the pushing upward of tectonic plates. This would be the only case of mountain building. That is how the Himalayas formed, and Mt. Everest is still actually inching higher every year.
The distribution of volcanoes is worldwide, although they are usually perceived to only occur on Plate Boundaries (PBs). However this is not always the case. Sometimes they can occur on faults or ancient faults like Mount Etna, which is still active because the fault line it used to lie on still provides it with magma. Volcanoes can also be present at hotspots, for example, the volcanic Hawaiian Islands. However the largest and most lethal volcanoes are primarily on PBs, sometimes concentrated in a certain area, like the "Ring of fire" on the borders between the Pacific plate and the surrounding plates. These volcanoes often due to spreading ridges, causing gaps through which magma flows up. Volcanoes in this area usually follow earthquakes, which are even more frequent there than on faults
Most earthquakes occur on plate boundaries such as Japan and Chile and most volcanoes occur in diverging plate boundaries like Dallol and Iceland and the Pacific Ring of Fire like Ecuador and Indonesia
Underground Earthquakes occur along fault lines. Volcanoes are all over the world but a good place to find one is in the Ring of Fire.
A seismic travel time curve describes the relation between the travel time of a seismic wave and the epicentral distance. It is used to calculate the calculate the distance of the earthquake's epicenter from the seismograph.
The difference between the epicentre and the focus of earthquakes is this:The focus of the earthquake is where the actual earthquake occurred and the epicentre is on the ground directly above the focus. The epicentre is used to say where the earthquake was in relation to places near where it occurred.Hope this helped :)
both tall
It forms from the rise in mountains and valleys .:)
Pressure. Do a Google search on the relation between volcanoes and pressure, or even your question.
'Eruption' in relation to volcano-related disasters.
just because
In the center/middle of the plate.
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The focus of an earthquake is the place where an earthquake occurred along the fault underground, while the epicenter is the place directly above it where the seismic waves were felt.The focus is where an earthquake starts and the epicenter is where the earthquake hits the hardest.The focus of the earthquake is where the actual earthquake occurred and the epicenter is on the ground directly above the focus. The epicenter is used to say where the earthquake was in relation to places near where it occurred.
They are both elevated landforms in relation to the surrounding terrain.
At divergent boundaries, mid-ocean ridges are formed as tectonic plates pull apart. At converging boundaries, various geologic features are formed such as trenches, mountains, and volcanic arcs, depending on the type of plates involved (oceanic vs. continental).
The Atacama is located to the west of the Andes Mountains in northern Chile and southern Peru.
The difference between the epicentre and the focus of earthquakes is this:The focus of the earthquake is where the actual earthquake occurred and the epicentre is on the ground directly above the focus. The epicentre is used to say where the earthquake was in relation to places near where it occurred.Hope this helped :)