As part of the greenhouse effect, Earth's surface radiates heat back into the atmosphere and the atmosphere absorbs this heat. Why do areas near the equator generally radiate more energy back into the atmosphere than areas near the poles? (I am doing this in English class)

A. Areas near the equator have more clouds in the atmosphere than areas near the poles.

B. Areas near the equator receive more incoming solar energy than areas near the poles.

C. The greenhouse effect only occurs near the equator.

D. The greenhouse effect only occurs near the poles.

Question

Zachery Fitzgerald

English

8 August, 17:08

As part of the greenhouse effect, Earth's surface radiates heat back into the atmosphere and the atmosphere absorbs this heat. Why do areas near the equator generally radiate more energy back into the atmosphere than areas near the poles? (I am doing this in English class)

A. Areas near the equator have more clouds in the atmosphere than areas near the poles.

B. Areas near the equator receive more incoming solar energy than areas near the poles.

C. The greenhouse effect only occurs near the equator.

D. The greenhouse effect only occurs near the poles.

+1

Answers (1)

Know the Answer?

Michael Barber · Answer 1

The correct answer is B. Areas near the equator receive more incoming solar energy than areas near the poles.

Explanation:

The equator is located in the center of the planet from North to South, this location cause this zone and nearby zones to receiver more solar energy than areas near the poles. This occurs because the natural tilt of Earth makes sun rays directly hit the equator all the time of the year, while areas in the poles are not hit directly and the exposition to sunlight varies with the seasons of the years. This explains why in the equator the temperatures are higher than in the poles. Besides this, the difference in radiation received makes areas in the equator radiate more energy back due to global warming gases, and the global warming phenomenon.