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This is a result of continental drift, which moved the continents apart.
The climate of North America must have been much warmer and more humid than it is in the present day. This is because when North America was a part of Pangaea, it was much closer to the equator (see figure 17.5 on page 471). Since the equator receives the highest concentration of the sun's energy and heat, the climate is warmer. So when the super-continent split apart, North America drifted towards the north end of the planet to reach the position it is at today, giving it the present cool climate. The climate of ancient North America must have been close to the current climate of South Asia (places such as India), and Central Africa.
Pangaea will reform in a few million years. Scientists believe it will look like one giant landmass with a single sea in the middle.
It looked like a place where water surrounded the land. .
Pangaea is believed to have been a supercontinent that included all of the continents we know today in one giant landmass. A web address where an approximate picture of what Pangaea may have looked like can be found at the related link below. The "map" located at this link includes the countries as they are now, in order to show the original makeup of the continents.
all of the continents broke apart
The continent's look like they do because Pangaea was just all of the continents put together so when they broke apart it was formed into a shape.
it looks like this.
This is a result of continental drift, which moved the continents apart.
Evolution was not the cause of the breakup of Pangaea. Pangaea broke up by a process called rifting. Upwelling in Earth's mantle started to pull the conteinent apart. As the curst thinned, it led to the formation of volcanoes, which generated new crust, helping to push the continent apart. Evolution is the process by which groups of organisms change over time. While the breakup of Pangaea undoubtedly affected the course of evolution, evolution had nothing to do with causing the breakup.
Pangaea was a super-continent which broke up into 10 super continents. All though we are unclear of its exact configuration Rodina predates Pangaea by 800 million years. Before that, smaller continents like Atlantica and Artica were still around. ♥:)♥
Earhtquakes-because it shook the world, Vocanoes-because the magma melts the rocks and forms new land, etc. Its things like that, that caused Pangaea.(Pangaea-the continents drifted apart)
The climate of North America must have been much warmer and more humid than it is in the present day. This is because when North America was a part of Pangaea, it was much closer to the equator (see figure 17.5 on page 471). Since the equator receives the highest concentration of the sun's energy and heat, the climate is warmer. So when the super-continent split apart, North America drifted towards the north end of the planet to reach the position it is at today, giving it the present cool climate. The climate of ancient North America must have been close to the current climate of South Asia (places such as India), and Central Africa.
To reconstruct Pangaea, one would need to analyze the geological evidence from different continents, including the distribution of similar rock formations, fossils, and mountain ranges. This information can be used to determine the positions of the continents's past locations and how they fit together like a puzzle. Advanced computer modeling and plate tectonics theory can also aid in reconstructing Pangaea's formation and breaking apart over millions of years.
Pangaea is true because the continents are like a puzzle if you solve it right you get Pangaea
Wegener hypothesized that, on earth, there was only one continent called Pangea, but it split into the continents we have now.Improved Another Answer:Wegener's hypothesis was that long 225 million years ago, there was a supercontinent called Pangaea (All the continents were all together).Wegener saw that South America and Africa looked like they could fit together like puzzle pieces. He then found that there were fossils of animals in a warm climate and it was also in a very cold climate. He thought, "How could that be? The animal couldn't have lived in two different kinds of climates and how could it have swam across the sea?!"
Go to google and search Pangaea