The North and South Poles of Earth are colder because they get the least amount of sun. In some seasons they don't hardly receive any sunlight. The equator gets the most sunlight, which is the tropics. In between the tropics and the poles is the temperate zone where we have 4 different seasons that usually involves snow.
Even in midsummer, the sun is not very high in the sky. So it doesn't warm up much. In winter the night lasts for nearly six months, so there is plenty of time for the pole to become really cold. The South pole is also high above sea level, so it's cold.
The temperatures at the poles remains low because solar radiation travels through more atmosphere to reach those locations than to reach other parts of the surface, and so looses much of its heating capability in warming the atmosphere through which it passes. In combination with this, the substantial accumulation of snow and ice at both poles helps to keep the temperatures there low.
They are both so far away from the sun that they really don't get that much heat from it. And since the heat from the sun has to travel through a lot more of the Earth's atmosphere to get there it's just not that warm. And with the build up of ice from winters, which last like 10 out of the 12 month of the year, it stay pretty cold.
very little sun. The rays of the sun dont touch the north or south poles very much.
What causes it is the sun will never hit directly on the poles so it will always stay cold
The sun rises and sets once each year, which means that for six months annually, there is no sun at either pole.
At both poles, there is only one sunrise and one sunset per year, meaning that at both poles, there are six months of no sun. This contributes to their cold environments.
The difference in temperatures between the Equator and the north and south poles, plus the rotation of the earth, causes the air currents.
The difference in temperatures between the Equator and the north and south poles, plus the rotation of the earth, causes the air currents.
Temperatures are colder near the North and South Poles, becoming warmer near the equator. From north to south, it would be cold, warm, hot, warm, cold.
The Earths magnetic field is always shifting
The temperatures at the equator tend to be warm to hot (except where there are mountains); the temperatures at the poles tend to be below freezing.
It's because usually the farther you get away from the equator the colder it is north, south east or west and so on
The difference in temperatures between the Equator and the north and south poles, plus the rotation of the earth, causes the air currents.
The difference in temperatures between the Equator and the north and south poles, plus the rotation of the earth, causes the air currents.
Temperatures are colder near the North and South Poles, becoming warmer near the equator. From north to south, it would be cold, warm, hot, warm, cold.
The Earths magnetic field is always shifting
Because the earth pivots back and forth depending on the season so the poles never get the same amount of sunlight
The temperatures at the equator tend to be warm to hot (except where there are mountains); the temperatures at the poles tend to be below freezing.
temperatures decreasefrom the tropics toward the poles.
Since the earth is a sphere, the north and south poles are further away from the sun and the equator is closer.
The coriolis force is strongest at the poles
Yes, it is. It is because of the low temperatures at the poles.
North and South poles