Final answer:
Geologists agree on the role of differential erosion in shaping Devil's Tower but disagree on the specifics of its magma's origin. Devil's Tower is a result of complex geological processes, including tectonic and volcanic actions.
Step-by-step explanation:
The origin of Devil's Tower igneous rock formation is a subject of agreement among geologists when it comes to differential erosion. However, there is a disagreement regarding the specific details of how the cooled magma that makes up Devil's Tower formed. Geological formations like Devil's Tower are complex and can be influenced by various factors such as tectonic and volcanic forces, differential erosion due to water and ice, and tectonic plate movements. Examples of geological activity involving the crust include the compression that forms mountain ranges or the upthrusting that occurs in mountain building. Devil's Tower is a striking example of how geological processes shape our planet's surface.