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Reverse
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What type of boundary is a reverse fault on?
You can find it on a convergent boundary
What fault occurs at a convergent boundary.?
A reverse fault
What type of fault is convergent boundary?
A convergent boundary is a reverse fault. It's a reverse fault because it it pushing together, while a divergent boundary is a normal fault because 2 plates are pushing away from each other.
What fault generally occurs at a convergent boundary.?
reverse
What forces and boundaries are associated with the reverse fault?
In a convergent boundary
Andes Mountains are on what kind of boundary?
convergent boundary.
Was the valdidvia earthquake on a transform fault?
No. The Valdivia earthquake was on a convergent boundary.
What type of fault is a convergent boundary?
A convergent boundary is a type of fault where two tectonic plates collide, causing compression forces that lead to the plates being pushed together. This can lead to the formation of mountain ranges, deep ocean trenches, and powerful earthquakes.
A reverse fault is formed by what type of tectonic plate boundary?
A reverse fault is typically formed at a convergent plate boundary where two tectonic plates are colliding. The movement along the fault results in one block of rock moving up and over the other block.
What type tectonic plate boundary forms the Mariana trench?
A Transform Fault ZoneIn the textbook Earth Science and the Environment (4th Edition) by Thompson and Turk. Located on page 163, it shows that Tonga has a Convergent Boundary. A convergent boundary is where two lithospheic plates collide head on.
When a strike slip fault that forms the boundary between two plates called a convergent boundary?
No, a strike-slip fault forms at a transform boundary where two plates slide past each other horizontally. A convergent boundary is where two plates move towards each other, leading to subduction or collision.
What type of fault generally occurs at a convergent boundary?
A reverse fault generally occurs at a convergent boundary where two tectonic plates collide and one is forced over the other, causing compression and uplift of the Earth's crust.
