Final answer:
The formation of the Ado Me Mountain is primarily attributed to plate tectonics and mountain building, resulting from the collision and movement of tectonic plates, and not primarily erosion, weathering, volcanic activity, or glacial activity.
Step-by-step explanation:
Which geological process resulted in the formation of the Ado Me Mountain? The main answer to this is C) Plate tectonics and mountain building. This process involves the movement and collision of tectonic plates, which can result in the upthrusting of the crust and the formation of mountain ranges. For instance, the Alps were formed by the collision of the African and Eurasian plates. Similar forces have shaped numerous other mountain ranges across the Earth. Once mountains are formed, they are also affected by erosion and weathering, which can sculpt their appearance over time, but these processes do not create mountain ranges.An explanation in more than 100 words includes the understanding that the Earth's crust is divided into various plates. These plates move due to the heat escaping from the Earth's interior. When two continental plates collide, intense pressure causes the earth to buckle and fold. Some rock is dragged beneath the surface while other parts are pushed up to form mountain ranges, as in the Appalachian/Caledonide Mountains or the Alps. Post-formation, mountains undergo erosion, which further shapes them, but initial mountain building is primarily due to plate tectonics.In conclusion, the formation of the Ado Me Mountain, like many mountain ranges, is primarily attributed to plate tectonics and mountain building processes, resulting from the collision and movement of tectonic plates.