What boundary is associated with earthquakes due to plates sliding past one another?

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Multiple Choice

What boundary is associated with earthquakes due to plates sliding past one another?

Explanation:
Rocks on opposite sides of a fault store up shear stress as they try to slide horizontally past each other. When they rupture and slip, the released energy causes an earthquake. The boundary where plates move past one another in this horizontal, side‑by‑side way is a transform boundary. That parallel sliding is the key feature that defines this boundary type. Divergent boundaries involve plates moving apart, and convergent boundaries involve plates colliding; both can produce earthquakes too, but the specific sliding past one another describes transform boundaries. An “oceanic boundary” isn’t a standard term for plate boundaries.

Rocks on opposite sides of a fault store up shear stress as they try to slide horizontally past each other. When they rupture and slip, the released energy causes an earthquake. The boundary where plates move past one another in this horizontal, side‑by‑side way is a transform boundary. That parallel sliding is the key feature that defines this boundary type. Divergent boundaries involve plates moving apart, and convergent boundaries involve plates colliding; both can produce earthquakes too, but the specific sliding past one another describes transform boundaries. An “oceanic boundary” isn’t a standard term for plate boundaries.

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