What types of plate boundaries do not produce volcanoes?

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Question restatement: What types of plate boundaries do not produce volcanoes?

Option 1: Convergent. At convergent boundaries, subduction can occur, where one plate sinks beneath another. Subduction zones are well-known for generating volcanic activity due to melting of the subducted slab and magma ascent. Therefore, this option describes boundaries that do produce volcanoes, making it incorrect as the answer to the 'do not produce volcanoes' prompt.

Option 2: None of the above. They all produce volcanoes. This would be true only if every listed boundary type formed volcanoes. Since divergent boundaries and certain convergent settings do indeed produce volcanism, while transform boundaries generally do not, this blanket statement is inaccurate.

Option 3: Divergent. Divergent boundaries, especially at mid-ocean ridges, are sites of upwelling mantle and magma creation, leading to volcanic activity and new crust. Thus, they do produce volcanoes, so this option is incorrect for the same reason as option 1.

Option 4: Transform. Transform boundaries slide past one another horizontally and are not typically associated with subduction or significant mantle melting. This dynamic largely lacks the magma generation processes that form volcanoes, so they are the boundary type most commonly associated with an absence of volcanism. This makes it the best choice for boundaries that do not produce volcanoes.

Summary of reasoning: The presence of subduction or mantle upwelling at convergent and divergent boundaries leads to magma formation and volcanic activity, whereas the shear motion along transform boundaries does not commonly generate the magmatic conditions needed for volcanism. By elimination, transform boundaries fit the description of not producing volcanoes.

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

What types of plate boundaries do not produce volcanoes?

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

What types of plate boundaries do not produce volcanoes?

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 _____.

Transform boundaries occur where ____.​

The angle of subduction of the down-going slab determines the surface profile of the earthquakes as seen in the image below. If the subduction angle was steeper (steeper subducting plate shown by yellow shade), how would the surface profile change?

What types of plate boundaries do not produce earthquakes?

Which type of plate boundary has the deepest earthquakes?

Sedimentary rocks that were deposited in a marine environment occur at the peak of Mt. Everest. What do these rocks demonstrate?

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Transform boundaries occur where ____.