What types of plate boundaries do not produce earthquakes?

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Question restatement: What types of plate boundaries do not produce earthquakes?
Option 1: None of the above. They all produce earthquakes. This statement aligns with plate tectonics: all major boundary types—convergent, divergent, and transform—are associated with seismic activity due to stresses and motion along faults. While the frequency and size of earthquakes vary by boundary type, none of these boundaries are truly earthquake-free.
Option 2: Convergent. While convergent boundaries often generate powerful earthquakes due to one plate subducting beneath another and building up immense stress, this does not mean they fail to produce earthquakes. In fact, they are among the most seismically active settings.
Option 3: Transform. Transform boundaries slide past one another, causing strike-slip faults and frequent earthquakes. The motion is horizontal, and earthquakes are a common characteristic of these boundaries as plates accumulate shear stress and release it suddenly.
Option 4: Divergent. Divergent boundaries involve plates moving apart, creating new crust at mid-ocean ridges or rift zones. This movement also produces earthquakes, albeit typically of smaller magnitude than some convergent events, but still part of the boundary’s seismic activity.
In summary, each of the boundary types—convergent, transform, and divergent—exhibits earthquake activity due to the continuous plate movements and stress accumulation. Therefore, the statement that any boundary type does not produce earthquakes is incorrect, as earthquakes occur across all boundary categories.

GEO 1030-090 Fall 2025 GEO 1030-090 Final Exam

What types of plate boundaries do not produce earthquakes?

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GEO 1030-090 Fall 2025 GEO 1030-090 Final Exam

What types of plate boundaries do not produce earthquakes?

View Explanation

Log in for full answers

Similar Questions

During subduction:

The process of fracturing and movement of the outer layers of the Earth is called _____.

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