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Contrast the amount of direct sunlight received by an area near the equator and a same sized area near the South Pole.

They receive the same amount of direct sunlight throughout the year, it’s just divided up differently.


The poles receive more direct sunlight than the area around the equator because they receive 24 hours of daylight at times during the summer.


The area at the equator receives more direct sunlight than the area at the pole because Earth’s tilt doesn’t affect the area at the equator.



There is not enough data to answer this question.

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mango24

Answer:

A) they receive the same amount of direct sunlight throughout the year, it’s just divided up differently.

Explanation:

its basic and simple stuff if you take time to think about it. its alright if you couldnt if you were anxious or stressed a little
  • Regarding the direction of a solar beam, the surface of the earth is slanted when you move away from the equator.
  • The closer you move from the equator, the more the energy within a Sun-light beam tends to expand.
  • It implies the close to the area of poles that get less power than those near the equator.
  • It makes the Earth warmer at the equator and colder at the poles.
  • They get the same amount of direct sunlight all year long, it's split differently

Therefore, only the "First choice" is correct.

Learn more:

brainly.com/question/11676923

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