The Equator, and the poles receive different amounts of heat because they are at different positions on Earth and the farther away you are from the Sun, the less heat you receive, so it's hotter near the Equator than the North/South Poles.
Magma is heated to its molten state via heat from the Earth's core and that heat is held in by the earths crust. Once on the surface there is nothing to keep it molten and is it cooled by the outside air.
They smooth earths surface
By slowing down the earths rotation but will not make effect to humans .
As a novelty glass blower, I used it as an insulated surface to lay a piece which I was working on, so that it would not cool unevenly.
What brings material from the Mantle to the Earth's Surface is rock...
why are people unevenly distributed on the earths surface
There are multiple reasons for the earth's surface to be heated unevenly. The flat surfaces, waters, mountains, and craters, are all different things that can cause the earth to be heated unevenly.
There are multiple reasons for the earth's surface to be heated unevenly. The flat surfaces, waters, mountains, and craters, are all different things that can cause the earth to be heated unevenly.
There are multiple reasons for the earth's surface to be heated unevenly. The flat surfaces, waters, mountains, and craters, are all different things that can cause the earth to be heated unevenly.
Earth's surface is heated unevenly due to variations in solar radiation absorption caused by factors such as the angle of sunlight, albedo (reflectivity) of different surfaces, and distribution of land and water. These factors lead to differences in heating rates and result in uneven distribution of temperature across the surface of the Earth.
trophosphere
There are multiple reasons for the earth's surface to be heated unevenly. The flat surfaces, waters, mountains, and craters, are all different things that can cause the earth to be heated unevenly.
The surface of the Earth is unevenly heated due to the tilt of the Earth's axis, which causes different parts of the Earth to receive varying amounts of direct sunlight at different times of the year. Additionally, factors such as land-water distribution, cloud cover, and atmospheric circulation patterns further contribute to the uneven heating of the Earth's surface.
The sun is heated unevenly due to the dynamic nature of its interior. Energy generated in the core through nuclear fusion is carried to the surface by processes like convection and radiation. Variations in temperature, pressure, and magnetic fields play a role in creating the uneven distribution of heat across the sun's surface.
it is heated so great that it assignees
it is heated so great that it assignees
it is heated so great that it assignees