Transform and normal faults form along mid-ocean ridges such as the Mid-Atlantic ridge.
At divergent plate boundaries, where the plates are pulling apart such as the Mid-Atlantic Ridge, you will find normal faults.
Expect to find the normal and the reverse faults on the mid-ocean ridges.
transform and normal faults
Transform and Normal!
The Mid-Atlantic Ridge is part of the greater mid-ocean ridge system, an underwater mountain range that is over 40,000 miles long. The age of new rock closest to the ridge would be roughly the same anywhere along the ridge.
Of course! Mountain ranges can be underwater! Right?...
Of course! Mountain ranges can be underwater! Right?...
the Himalaya mountains are a revers fault
No. A mid-ocean ridges is a divergent boundary. You find folded mountain at convergent plate boundaries.
That would be the Mid-Atlantic Ridge.
You would be looking at the solidified magma closest to the fault between the ridges.
Would not be surprised to find 120 degrees of separation.
You would expect to find a fold mountain range at a convergent or collision boundary rather than at a divergent boundary such as a mid ocean ridge.
One example would be...the mid-atlantic ridge.
One example would be...the mid-atlantic ridge.
I believe we are in the same class. If you get then answer help me out!
a rift valley would form
The Mid-Atlantic Ridge is part of the greater mid-ocean ridge system, an underwater mountain range that is over 40,000 miles long. The age of new rock closest to the ridge would be roughly the same anywhere along the ridge.
One Example Is The Mid-Atlantic Ridge.
You would be sitting on the mid Atlantic ridge in the middle of the ocean
Of course! Mountain ranges can be underwater! Right?...