Along which of these plate boundaries interactions, one can notice the formation of accretionary prism/wedge.

Correct option is D

Introduction

• Accretionary prisms (also called accretionary wedges) are wedge-shaped masses of sediment that accumulate at convergent plate boundaries.
• They form through the process of subduction, where one tectonic plate descends beneath another.
• As the oceanic plate subducts, sediments are scraped off and accumulate, forming a distinctive geological structure crucial to understanding mountain building and continental growth.

Information Booster:

• Ocean-Continent Convergence Boundary 
  
• Formation Process: Denser oceanic plate subducts beneath lighter continental plate
• Sediments on oceanic floor and trench are scraped off (like a bulldozer)
• Material accumulates and compresses into wedge shape
• Wedge-shaped sedimentary mass
  
• Composed of marine sediments, oceanic crust fragments, and scraped material
  
• Intensely folded and faulted (thrust faults dominate)
  
• Grows landward over time (oceanward dipping)
  
• Width: tens to hundreds of kilometers

Additional knowledge:

• Transform Fault Boundary
• Plates slide horizontally past each other
• No subduction or compression
  
• Strike-slip faulting dominates
• Continent-Continent Convergence 
• Both plates have similar low density (no subduction)
• Results in mountain building (orogeny)
• Fold mountains with intense deformation
• Crustal thickening rather than scraping