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The distance between the poles and the equator is exactly 10,000 kilometers. That is equal to about 6,250 miles. The earth is 40,000 in circumference or 25,000 miles.
The amount of heat received from the sun at a place on the surface of the Earth depends upon its latitude or its distance from the Equator. There is a gradual fall in temperature as we move away from the Equator towards the poles. See- the following figure, We can notice that the rays of the sun are falling directly or vertically on the Equator. Thus they spread over a small area. Near the Poles, the rays of the sun are slanting and spread over a large area. This makes the area near the Equator hot and the area near the Poles cold. On the basis of heat received, we can divide the Earth into three zones. 23'/2°S by: vontamayosa
One difference is that the earth is tilted on a axis so the sun hits the equator more so then it does the poles because the north pole I wanna say faces away and the south pole goes under the rays
It is an equal area projection. that has less shape distortion near the equator and the poles compared to other equal area projections.
around the equator it is the area in which sunlight touches the most (light = energy = warmth)
They don't. The equator receives more solar energy per area unit than the poles do.
A) About the same. B) Because the energy per unit area is greater near the equator than at the poles. i.e. the sun is overhead more in tropical areas (and never at the poles).
Tropics- area near equator polar- area closer to the poles
The angle at which the suns rays hit the earth is more nearly perpendicular, therefore more energy is delivered per unit area. Secondly the rays pass through much less atmosphere so less energy is absorbed by the atmosphere.
Because at the equator, radiation from the sun strikes the earth head on. So if the sun had a heating effect of 1W/m3 (not accurate), every square metre on the equator would get 1W. However, at the poles of the earth, sunlight strikes at an angle. As a result, the 1W of heat would be spread over a larger area. As a result, the poles receive less heat energy and are colder than the equator.
The distance between the poles and the equator is exactly 10,000 kilometers. That is equal to about 6,250 miles. The earth is 40,000 in circumference or 25,000 miles.
The doldrums is an area near the Equator (or near the poles, but the Equatorial doldrums is more well known) where there are times of calm where no winds blow. It is not a wilderness area, though...
The amount of heat received from the sun at a place on the surface of the Earth depends upon its latitude or its distance from the Equator. There is a gradual fall in temperature as we move away from the Equator towards the poles. See- the following figure, We can notice that the rays of the sun are falling directly or vertically on the Equator. Thus they spread over a small area. Near the Poles, the rays of the sun are slanting and spread over a large area. This makes the area near the Equator hot and the area near the Poles cold. On the basis of heat received, we can divide the Earth into three zones. 23'/2°S by: vontamayosa
One difference is that the earth is tilted on a axis so the sun hits the equator more so then it does the poles because the north pole I wanna say faces away and the south pole goes under the rays
It is an equal area projection. that has less shape distortion near the equator and the poles compared to other equal area projections.
Pole. (The north and south poles. They get less heat than the equator because the sun's rays hit the equator more directly where they hit the poles at an angle and have to be spread over a larger area.)
Each beam of sunlight has the same amount of energy (which is where we get our warmth). The energy of the sun is more spread accross the Earth's surface with increased angles (oblique). This is what happens at the poles where the sun light hits the Earth at 180 degrees. It is cold at the poles because the sun's energy is spread out over a large area. As the angle of the sun decreases the energy of the sun hits the earth directly and is concentrate. This is what happens when the sun hits the equator at 90 degrees and that is why it is warm at the equator.