Himalayas because it was forming during pangea
The Appalachians are the oldest mountain range in the world. North America has both the newest mountain range (the Rockies) and the oldest. The Alps are somewhere in between. Every other mountain range you can name is younger than the Appalachians.
Older mountain ranges like the Appalachians tend to be more eroded, have lower elevations, and rounded peaks. Younger ranges like the Himalayas are higher in elevation, have sharper peaks, and show less signs of erosion due to their more recent formation. Additionally, geological processes such as tectonic activity and folding can be used to determine the age of a mountain range.
Typically, the mountain range with more rugged terrain, higher elevation, more erosion, and fewer vegetation cover is older. Older mountain ranges tend to have more signs of weathering and erosion compared to younger ones. Geological dating techniques can also be used to determine the age of a mountain range.
The Appalachians are older than the Alps. The Appalachians were created many eras ago when North America crashed into Europe. Then the Appalachians were split apart when the Atlantic Ocean opened up. The Mid Atlantic ridge and other phenomena split them into The Mountains of Norway and Sweden, The Highlands of Scotland, The Appalachians of North America, and the Ouchita Mountains of Arkansas, Oklahoma, and Texas. The Alps were pushed up when Italy moved up and Crashed into Europe. That happened only a few Million years ago.
The Appalachians are older and lower in elevation compared to the Rocky Mountains. The Rocky Mountains are taller and more rugged, with higher peaks and more extensive glaciers and alpine ecosystems. Additionally, the Rocky Mountains are located in the western part of North America, while the Appalachians stretch along the eastern part of the United States.
The appalachians are older than the rockies.
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Scientists can determine the relative timing of mountain formation through methods like radiometric dating of the rocks that make up the mountains. By dating the age of the rocks in the Appalachian Mountains and the Himalayas, scientists have been able to determine that the Appalachians were formed much earlier, around 480 million years ago, while the Himalayas began forming around 50 million years ago.
The Appalachians are older than the rocky mountains because of the fact that the Appalachians are smaller in size proving that the Appalachians have had longer to have been worn away by weathering also please do not just copy and paste you will learn nothing...
According to Wikipedia, the Sierra Nevada began forming during the Triassic period, and the Appalachians were formed during the Ordovician period. This means that the Appalachians are much older. Generally, more round, rolling mountains like the Appalachians are older than sharp, jagged ranges like the Rockies or Sierra Nevada.
The Appalachians are the oldest mountain range in the world. North America has both the newest mountain range (the Rockies) and the oldest. The Alps are somewhere in between. Every other mountain range you can name is younger than the Appalachians.
Geologically speaking the Appalachians are older. The Rockies are an example of geological upheaval, while the Appalachians used to be a solid plain millions of years ago and eroded to become the mountains we have today.
The Andes mountain range was not formed as a result of continental-continental convergence; instead, it resulted from oceanic-continental convergence. Specifically, the Andes were created by the subduction of the Nazca Plate beneath the South American Plate. In contrast, the Himalayas, Alps, and Appalachians are primarily the result of continental-continental tectonic interactions.
Older mountain ranges like the Appalachians tend to be more eroded, have lower elevations, and rounded peaks. Younger ranges like the Himalayas are higher in elevation, have sharper peaks, and show less signs of erosion due to their more recent formation. Additionally, geological processes such as tectonic activity and folding can be used to determine the age of a mountain range.
They are about the same age, actually. The Appalachians were formed as a result of the continental collisions that formed Pangaea.
Typically, the mountain range with more rugged terrain, higher elevation, more erosion, and fewer vegetation cover is older. Older mountain ranges tend to have more signs of weathering and erosion compared to younger ones. Geological dating techniques can also be used to determine the age of a mountain range.
the source of the nile river is in Jinja, Easten Region Uganda.