Which boundary is characterized by plates colliding and high seismic activity?

Which boundary is characterized by plates colliding and high seismic activity?

• A. Divergent Plate Boundary
• B. Crust
• C. Core
• D. Convergent Plate Boundary

Answer: (D)

Collisions between tectonic plates generate strong friction and energy that is released as earthquakes. The boundary where plates actively collide is the convergent boundary. At these boundaries you can have oceanic crust forced down beneath another plate (subduction), forming deep trenches and volcanic arcs, or two continental plates colliding and buckling upward to build mountains. Either way, the interaction produces high seismic activity due to rapid slip along faults and rock deformation. In contrast, divergent boundaries involve plates moving apart and produce different earthquake and volcanic patterns; crust is a layer, and the core is a deep Earth layer, not a boundary. So colliding plates with intense seismic activity are characteristic of a convergent plate boundary.

Collisions between tectonic plates generate strong friction and energy that is released as earthquakes. The boundary where plates actively collide is the convergent boundary. At these boundaries you can have oceanic crust forced down beneath another plate (subduction), forming deep trenches and volcanic arcs, or two continental plates colliding and buckling upward to build mountains. Either way, the interaction produces high seismic activity due to rapid slip along faults and rock deformation. In contrast, divergent boundaries involve plates moving apart and produce different earthquake and volcanic patterns; crust is a layer, and the core is a deep Earth layer, not a boundary. So colliding plates with intense seismic activity are characteristic of a convergent plate boundary.