Which of the following statements best describes how paleomagnetic evidence supports the theory of plate tectonics?(1 point)

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Responses

Paleomagnetic evidence demonstrates that Earth's magnetic field has remained constant over time, supporting the stability of tectonic plates.

Paleomagnetic evidence demonstrates that Earth's magnetic field has remained constant over time, supporting the stability of tectonic plates.

Paleomagnetic evidence indicates that the movement of tectonic plates is solely driven by gravitational forces acting on the lithosphere.
Paleomagnetic evidence indicates that the movement of tectonic plates is solely driven by gravitational forces acting on the lithosphere.

Paleomagnetic evidence reveals that the distribution of magnetic minerals in rocks on Earth's surface corresponds to the positions of tectonic plates, providing evidence for continental drift.
Paleomagnetic evidence reveals that the distribution of magnetic minerals in rocks on Earth's surface corresponds to the positions of tectonic plates, providing evidence for continental drift.

Paleomagnetic evidence confirms that earthquakes and volcanic eruptions are responsible for the movement of tectonic plates.
Paleomagnetic evidence confirms that earthquakes and volcanic eruptions are responsible for the movement of tectonic plates.
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Answer 1

The statement that best describes how paleomagnetic evidence supports the theory of plate tectonics is:

"Paleomagnetic evidence reveals that the distribution of magnetic minerals in rocks on Earth's surface corresponds to the positions of tectonic plates, providing evidence for continental drift."

This statement accurately reflects how the patterns of magnetic minerals in rocks, which record the Earth's magnetic field at the time the rocks were formed, provide insight into the historical movement of tectonic plates.