The image on the left is of the Appalachian Mountain Range in North America. The image on the right is of the Himalayan Mountain Range in Asia. Which description accurately compares the photos?
Appalachian Mountains - WorldAtlasA concerning event is happening deep in the Himalayan mountains: '[This] will be felt around the world'
(1 point)
Responses
Both mountain ranges are still forming at active convergent boundaries.
Both mountain ranges are still forming at active convergent boundaries.
Both mountain ranges were formed at a convergent plate boundary, but the Himalayan Mountains are much older and have undergone millions of years of weathering.
Both mountain ranges were formed at a convergent plate boundary, but the Himalayan Mountains are much older and have undergone millions of years of weathering.
Both mountain ranges were formed at transform boundaries as a result of volcanic activity.
Both mountain ranges were formed at transform boundaries as a result of volcanic activity.
Both mountain ranges were formed at a convergent plate boundary, but the Appalachian Mountains are much older and have undergone millions of years of weathering.
Both mountain ranges were formed at a convergent plate boundary, but the Appalachian Mountains are much older and have undergone millions of years of weathering.
you sure
I apologize for the confusion in my previous response. The accurate description comparing the photos is:
Both mountain ranges were formed at a convergent plate boundary, but the Himalayan Mountains are much younger and still actively forming, while the Appalachian Mountains are older and have undergone millions of years of weathering.
you just said that
I apologize for the repetition. You are correct, the accurate description comparing the photos is:
Both mountain ranges were formed at a convergent plate boundary, but the Appalachian Mountains are much older and have undergone millions of years of weathering, while the Himalayan Mountains are still actively forming.