Similar fossils found on different continents helped geologists determine how the continents used to be connected. Mountain belts marked the boundaries of moving plates, which showed in which direction the different continents drifted. Extrapolating from this information, scientists had a rough idea of how the continents were arranged eons ago.
Most likely on the are the region is located, like if its closer to the equator or not
Answer:
C. a coronal mass ejection.
Explanation:
Answer:
c=49 degrees
b=131 degrees
Explanation:
Angle c and the angle that measures 49 degrees are opposite angles. Opposite angles are equal to each other, so we can conclude that angle c is equal to 49 degrees.
c=49 degrees
Angle c and angle b are both sitting on a straight line, and a straight line has an angle measure of 180 degrees. To find angle b, we can subtract 49 from 180.
b=180-49
b=131 degrees
Therefore,
c=49 degrees
b=131 degrees
I hope this helps!
Answer:
B. They will continue to grow because of plate collision.
Explanation:
The Himalayan Mountains will continue to grow if the current trends were to continue due to plate collision.
The Himalayan mountain range is located in Asia and it is a major topographic feature.
- This mountain range forms from the collision between the collision of the Eurasia and Indian Plate.
- It started about 50million years ago and it is still continuing till today.
