Question

question 5
explain why your evidence supports the claim, using correct science vocabulary (e.g.,
crust, mantle, subduction, mid - ocean ridge, volcanic arc, plate movement).

• write 2 - 3 complete sentences.
• optional sentence starters:
• this pattern suggests...
• since ____ happened at ____ boundaries, it means...

Explanation:

To answer this, we first need the specific claim and evidence related to plate tectonics (e.g., a claim about where volcanic arcs form). For example, if the claim is "Volcanic arcs form at convergent boundaries" and evidence is "Volcanic arcs are found near oceanic - continental convergent boundaries", here's an explanation: Since subduction happens at convergent boundaries (where an oceanic plate subducts beneath a continental plate), the subducting plate melts in the mantle, and the magma rises to form a volcanic arc. This pattern suggests that the process of subduction at convergent boundaries is responsible for the formation of volcanic arcs, as the subducted crust melts and generates magma that creates volcanic activity at the surface.

(Note: Since the original problem didn't provide the specific claim and evidence, this is a general example based on common plate - tectonics - related claims. If you can provide the claim and evidence, a more targeted explanation can be given.)

Answer:

To answer this, we first need the specific claim and evidence related to plate tectonics (e.g., a claim about where volcanic arcs form). For example, if the claim is "Volcanic arcs form at convergent boundaries" and evidence is "Volcanic arcs are found near oceanic - continental convergent boundaries", here's an explanation: Since subduction happens at convergent boundaries (where an oceanic plate subducts beneath a continental plate), the subducting plate melts in the mantle, and the magma rises to form a volcanic arc. This pattern suggests that the process of subduction at convergent boundaries is responsible for the formation of volcanic arcs, as the subducted crust melts and generates magma that creates volcanic activity at the surface.

(Note: Since the original problem didn't provide the specific claim and evidence, this is a general example based on common plate - tectonics - related claims. If you can provide the claim and evidence, a more targeted explanation can be given.)