The most active fault lines are usually at boundaries between tectonic plates. Most volcanoes form at boundaries where plates either come together or move apart. Additionally, in an area where conditions are right for volcanoes to form, faults can provide a pathway for magma to reach to surface to form a volcano, thus influencing where volcanoes form on a localized scale.
Volcanoes are least likely to be as frequent on a transform fault. A transform fault is a type of fault in which two tectonic plates slide past one another.
yes because it shows this on all known volcano text books
Fault-block mountains form because of fault-lines. One side of a fault pushes over the other, causing blocks of rock to rise from the surface.
Because the Earth's crust is composed of not one solid layer like a shell, but many pieces, like in a puzzle. These plates are floating on layer of magma. So at these fault lines it is easier for lava to get through the crust and cause volcanoes and such.... yeah
Plate tectonics can cause a number of things. This includes earthquakes when two plates grind together. Earthquakes occur along fault lines, which is why California gets a lot of earthquakes. It is along the San Andreas Fault. Plate tectonics can also cause mountains or volcanoes when one plate goes under another one. That is still happening in most mountain ranges, which is why Mount Everest grows a bit each year. Islands can also occur, but I don't know the specifics.
Volcanoes are least likely to be as frequent on a transform fault. A transform fault is a type of fault in which two tectonic plates slide past one another.
yes because it shows this on all known volcano text books
on fault lines. On some fault lines theres accually a visible space and you can see it splitting. I think theres one in Africa and another in California
The San Andreas fault is a transform fault, meaning that two plates are sliding pas one another. This sort of movement does not force magma toward the surface.
Volcanoes and Earthquakes are alike because both of them are on fault lines and sometimes there are volcanoes after earthquakes and earthquakes after volcanoes and they both sometimes even have tsunami's after them.
Fault-block mountains form because of fault-lines. One side of a fault pushes over the other, causing blocks of rock to rise from the surface.
They are called fault lines.
One is the Meers fault near Meer, Oklahoma.
Because the Earth's crust is composed of not one solid layer like a shell, but many pieces, like in a puzzle. These plates are floating on layer of magma. So at these fault lines it is easier for lava to get through the crust and cause volcanoes and such
The earthquake prone areas are those on or near fault lines or subduction zones, and those near active volcanoes. Most of the rim of the Pacific Ocean is one such area.
No one cares.
Fault lines exist where one tectonic plate meets another. For example the San Andreas Fault in California is the boundary between the North American plate (on the east of the fault line) and the Pacific plate (on the west of the fault line)