0% because the sun is radiation and radiation can not be burnd
rotation of the earth's core
...because there's so much water on Earth. Water holds five-times more heat (per gram) than rock. And since the 75 percent of the Earth's surface is water, the heat built up before December keeps the planet warm until January, when the stored up heat is spent and it gets really cold.
when earth absorbs the heat coming from the sunthere is too much moisture in the air3.when the clouds reflect the heat back to the space
71% of the earth is covered by water
Soil absorbs heat much faster than water, but water does not have air in between like soil so it doesnt lose heat as fast, so water holds heat longer
earth
Too much extra heat, the oceans's absorb it because of the energy required to heat water by the same amount of temperature. Too little heat, and the opposite happens.
Don't use as much
1.water cycle 2.protect from too much heat in the earth 3.ultraviolet ray protector 4. absorbs heat 5.reflected
rotation of the earth's core
Earth has life, oxygen, nitrogen, carbon, much more heat, a solid surface, high amounts of water, and many other things that Uranus does not have.
Water covers 75% of the Earth's surface.
It's obvious why there's a high tide on the side nearest the moon: the water is pulled by the moon's gravity. However, that pull is reduced the further you get from the moon, so on the far side, the water experiences a much reduced pull. That causes it to bulge outwards.
...because there's so much water on Earth. Water holds five-times more heat (per gram) than rock. And since the 75 percent of the Earth's surface is water, the heat built up before December keeps the planet warm until January, when the stored up heat is spent and it gets really cold.
71% of the earth is filled with water.
For a quick answer, here ya go: Heat radiating from the sun causes the water in the oceans to evaporate. This water vapor accumulates in the atmosphere creating more clouds. The clouds form sort of a blanket that reflects heat away from the earth's surface.
The water heat of vaporization is 40,65 kJ/mol.