Because the equator is closer to the sun than the poles, more of the suns heat reaches the earth than at the poles.
The equator has no poles.
an energy transfer, with heat energy moving away from the equator
Sunlight strikes the equator directly, and over a shorter distance through the earth's atmosphere, so retains more heat. At the poles, the sunlight strikes at an angle, and the light travels further through the atmosphere, so being much cooler.
Mass. . . . . same at the poles as it is at the equator. Weight . . . more at the poles Cost . . . . . more at the poles
On our Earth, the Equator is comparatively warmer than either of the Poles.
because the equator gets the most
Yes, because of differ atmospheric pressure.
The ocean receives most of its heat along the equator, where incoming solar radiation is about double that received at the poles. Hence, sea surfaces are much warmer along the equator than at the poles.
The equator has no poles.
Convection
No. Heat does move with the wind, but the wind is not mostly towards the poles, as this map demonstrates. The winds going towards the equator all bend to the West because of the Coriolis effect.
Since the equator is the closest point to the sun on earth,that means the heat from the sun heats up the air and water there more than at the poles
Ocean currents move warm water from the equator to the poles and cold water from the poles back to the equator. The heat carried north helps warm the northern countries in the winter time.
an energy transfer, with heat energy moving away from the equator
Sunlight strikes the equator directly, and over a shorter distance through the earth's atmosphere, so retains more heat. At the poles, the sunlight strikes at an angle, and the light travels further through the atmosphere, so being much cooler.
Sunlight strikes the equator directly, and over a shorter distance through the earth's atmosphere, so retains more heat. At the poles, the sunlight strikes at an angle, and the light travels further through the atmosphere, so being much cooler.
Mass. . . . . same at the poles as it is at the equator. Weight . . . more at the poles Cost . . . . . more at the poles