Ocean trenches and volcanoes both occur where continental plates collide, or meet. An Ocean trench is also noted for the presence of a volcanic arc. This is right no joke:)
The mid-ocean ridges were discovered in the Atlantic Ocean after World War II. These undersea mountain ranges mark places where tectonic plates are moving apart, allowing magma to rise from below the Earth's crust. This discovery fundamentally changed our understanding of the structure of the ocean floor and led to the development of the theory of plate tectonics.
170 degrees Celsius is equivalent to gas mark 3.
Scientists use a combination of techniques such as studying earthquake patterns, volcanic activity, topography features, and the distribution of rock types to determine where plate boundaries are located. They also use high-resolution mapping technologies like satellite imagery and GPS data to track the movements of the Earth's tectonic plates.
The older crust is pushed away from the spreading center as new crust forms. This process creates a conveyor belt-like movement of crustal material away from the mid-ocean ridges where new crust is being generated. Over time, the older crust will cool, thicken, and become denser as it moves farther away from the spreading center.
Ocean trenches and volcanoes both occur where continental plates collide, or meet. An Ocean trench is also noted for the presence of a volcanic arc. This is right no joke:)
Watergate's Deep Throat was W. Mark Felt of the FBI.
The zero mark, at the Prime Meridian, and the 180 mark, the "anti-meridian" in the middle of the Pacific Ocean, are the places where the same line is the edge of both east and west longitudes. But all of the lines ('meridians') that mark a constant longitude meet at the north and south poles.
Mark Lee has written: 'Rebel armies deep into Chad'
No. Mid-ocean ridges mark divergent boundaries.
A trench is a hole that is much longer than it is wide, a narrow excavation. The usual applications of the term are: - the trenches used as manned fortifications, as in World War II - deep underwater chasms that typically mark the subduction of oceanic plates
yes and no cus deep blue took over his body so not realy
Mark Rider
Mark Jayson,,,,
no
Yes, he does know.
The mid-ocean ridges were discovered in the Atlantic Ocean after World War II. These undersea mountain ranges mark places where tectonic plates are moving apart, allowing magma to rise from below the Earth's crust. This discovery fundamentally changed our understanding of the structure of the ocean floor and led to the development of the theory of plate tectonics.