The red sea is a young divergent plate boundary, otherwise known as a rift zone.
Divergent
There are two places that divergent boundaries occur. Under the sea where magma pushes up to form lava ridges and at the divergence at the Red Sea near the Suez canal.
Red wolves to not construct any form of home.
I believe the red sea is located at a divergent plate boundary.
divergent
From Plate Tectonics 101, mountain ranges are not formed at sliding plate boundaries because the forces at work just drag the plates past each other. There isn't much "up" force associated with that. Mountain formation requires that "up" force, uplift, and it ain't there where plates slide. When plates diverge, a tear is formed with the resultant creation of a depression. The Red Sea was formed by the divergence of the African (Nubian) plate and the Arabian plate. The two plates are continuing to move apart, by the way. The convergence of plates creates mountains, and the classic (best) example is probably the plate boundary between the Indian plate and the Eurasian plate. The northern part of the Indian plate is pushing hard into the southern part of the Eurasian plate. An irresistible force has met an immovable object. At the boundary, the plates engaged edges are crumpling, and the earth is being uplifted. A lot. The highest mountain in the world, and a bunch of the top ten tallest peaks, are all right there. The force exerted along the plate boundaries is unimaginable. And it's still pushing things higher.
divergent boundaries
In East Africa, spreading processes have already torn Saudi Arabia away from the rest of the African continent, forming the Red Sea. The actively splitting African Plate and the Arabian Plate meet in what geologists call a triple junction, which is where the boundaries of three tectonic plates meet.
Moxie is red, because red is the color one sees when they step beyond they're boundaries.
what is full form of RED what is full form of RED
African Plate and Arabian Plate
They're elliptical shaped and the typically have a red center because of all the red giants that form in this type of galaxy.