Which factors were affected by the breakup of the supercontinent pangaea? check all that apply. the shape of earth’s orbit global wind patterns ocean currents the tilt of earth’s axis global climates

global wind patterns

ocean currents

global climates

Explanation:

Pangaea was the last super-continent that included all continental masses in it. Having only one major land mass on the planet caused lot of changes, and so did the breaking apart of this land mass into multiple different land masses.

The global wind patters were heavily affected by the breakup of Pangaea, as the once vast land mass was now divided into numerous smaller pieces that were separated by water, which in turn cause big changes in the movement and properties of the air masses.

The ocean currents too had big changes. Some parts of Pangaea were moving in the path of some ocean currents, so they were stopped, while on the other side they were opening up space for new ocean currents to form.

The change of the wind patterns and the ocean currents, as well as having much smaller land masses, all cause changes in the climate around the globe, so every continent started to become unique in its climate types.

Pangaea was the last supercontinent to contain all of the continents. The breaking up of a single main landmass into various smaller landmasses, as well as the existence of only one major landmass on the globe, resulted in numerous changes.

Options b, c, and e are the correct responses, that is global wind patterns, ocean currents, and global climates respectively.

The fracture of Pangaea had a significant impact on worldwide wind patterns, as the previously large continent was now broken into multiple smaller parts separated by the ocean, causing significant changes in the properties and movements of the air masses.

The ocean currents, too, underwent significant modifications. Some areas of Pangaea were moving in the route of some ocean currents, which caused them to cease, while others opened up space for new ocean currents to originate on the other side.

Changes in wind patterns and ocean currents, as well as smaller land masses, all contribute to climate change around the world, and each continent began to develop its own climate types.

For more information about supercontinent Pangaea, refer to the link below:

link

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