Answer:
The boundary is between the African Plate and the Eurasian Plate.
Explanation:
The boundary that is marked with the arrow is the one between the African tectonic plate and the Eurasian tectonic plate. Both of these plates are continental plates, bearing the two largest continents on Earth. The African Plate and the Eurasian Plate collide thus they have a convergent boundary.
This convergent boundary is very complex, as it is not just the interaction between the two plates, but on both sides, there are hundreds of miniature polygonal pieces of crust, intersected on all sides, and they are highly active. The African Plate is moving toward the northeast, while the Eurasian Plate is moving toward the southeast. Because of the interaction between these two plates, there are numerous mountain ranges, some large, some smaller, close to their boundary, and the area is tectonically highly active, with multiple active volcanoes and a lot of earthquakes.
24 square inches I think that should be your answer
Answer:
Panthalassic Ocean
Explanation:
During the time at which the last super-continent Pangaea existed, there was an enormous ocean as well. This ocean was stretching from one side of Pangaea to the other side of it, circling the rest of the planet that was not covered with land. The name that was given to this ocean is the Panthalassic Ocean. It has to be mentioned though that it was not the only ocean during this time though, as there were two other much smaller oceans, the Paleo Tethys Ocean and the Tethys Ocean, both being located between the land masses that later gave birth to Eurasia and Australia. Because of the size of the Panthalassic Ocean it was capable of producing much stronger storms and waves that the human kind had ever witnessed, and it is certain that those storms and waves were doing enormous damage along the coastline of Pangaea.
