use the image below to think about how continental drift may have occurred. then answer the following question: according to the continental drift theory , which the following land regions should show the greatest similarities in fossil type


A. east coast of south america and west coast of Africa
B.east coast of Africa and west coast of south america
C.Northern coast of south america and southern eurasia
D.Northern coast of Africa and southern coast of south america

i think its b

pls check my answer

The correct answer is A

Hmm, better look at globe - I think A

thnx

help pls.

To determine which land regions should show the greatest similarities in fossil types according to the continental drift theory, we can analyze the image below to understand how continental drift may have occurred:

Image: [Not provided]

The theory of continental drift suggests that the Earth's continents were once connected as a single landmass called Pangaea and have gradually moved to their current positions over millions of years. As the continents drifted apart, they carried with them the plants and animals that lived on them.

To answer the question, we need to identify land regions that were once geographically close and would have had a higher chance of sharing similar fossil types due to their past connection.

Based on the theory of continental drift, the best choice would be Option B: the east coast of Africa and the west coast of South America. This is because, according to the theory, these two regions were once connected as part of the supercontinent Pangaea, and their separation resulted in the Atlantic Ocean forming between them.

Therefore, the land regions that were once in close proximity and should show the greatest similarity in fossil type, according to the theory of continental drift, are the east coast of Africa and the west coast of South America.