Distribution of temperature is not equal on the Earth surface
Answers
Because the Earth is a rotating sphere with oceans and a large moon.
The fact that it’s a sphere means that sunlight falls on the equator at a roughly 90 degree angle and on the poles at roughly zero degrees. That spreads out the sunlight more at the poles than at the equator - which produces a temperature difference.
Then, the rotation of the earth causes day/night cycles which makes it hotter during the day and cooler during the nights.
The oceans and the land have different reflectivities and thermal coefficients so the oceans remain more or less the same temperature as the land heats up and cools down.
The moon produces tidal forces (so does the sun, actually) which pulls the oceans and the atmosphere around.
All of these temperature differences and changes in temperature over time result in expanding and contracting regions of the atmosphere. When you factor in the tides - and something called the “coriolis force” that occurs on spinning spheres - you get a lot of motion of the atmosphere - and swirling, turbulent effects.
Add in evaporation of water from the oceans, creating clouds - which reflect sunlight away…and which also change the humidity of the air from place to place and again exacerbate temperature variations.
What you have is an insanely complex system…which we call “The Weather”.
There is no opportunity for everything to settle down in the way you imagine.
Answer:
Distribution of temperature across the latitudes over the surface of the earth is called its horizontal distribution. On maps, the horizontal distribution of temperature is commonly shown by isotherms. Isotherms are line connecting points that have an equal temperature.
Explanation:
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