The asthenosphere __3) drives plate motion
1) occurs only in the vicinity of the subduction zones
2) lies above a flud lithosphere (WRONG) Asthenosphere lies below Lithosphere (you need an account to see links) 2nd line.
3) drives plate motion (you need an account to see links) (RIGHT) involved in plate tectonic movement and isostatic adjustments 2nd paragraph.
= Image= Of each layers
(you need an account to see links)
1) Continental collisions (A) - Convergent Plate Boundary
2) Mid ocean ridges ( B ) - Diveregent Plate Boundary
3) Deep focus earthquakes (A) - Convergent Plate Boundary
4) Mid-ocean ridges ( B ) - Diveregent Plate Boundary
5) Rift Valleys ( B ) - Divergent Plate Boundary
6) Shear stress fault lines (C) Transform Plate Boundary
7) Subduction Zones (A) - Convergent Plate Boundary
================Not really sure about the following============= Need to reconfirm
1) Alps (B ) Continental Crust Colliding with Oceanic crust
2) Andes Mtns. (A) Continental Crust Colliding with Continental crust (Nazca plate with the South American plate collision)
3) Cascade Mtns. (B ) Continental Crust Colliding with Oceanic crust (The Juan de Fuca Plate is moving under the North American Plate)
4) Hawaiian Islands (C) Not a case of plate convergence
5) Himalayan Mtns (A) Continental Crust Colliding with Continental crust
6) Mt Saint Helens (B ) Continental Crust Colliding with Oceanic crust