it would be colder on an asteroid than it is on earth because asteroids are in space and space is so cold that if you were in space without a astronaut suit you would freeze to death immediately but if the asteroid were moving (a shooting star) it would be flaming and would be warmer than earth depending on what part of earth you are talking about (for example the is a large temperature distinction between the Sahara desert and antartica ) hope this helps and good luck with your future studies of earth and space.
Global warming would make the earth warmer. However, some parts, for example, Britain, may become colder for a while, especially if the Gulf Stream cools or slows.
If the earth were tilted at a greater angle, the Arctic and Antarctic would be warmer in summer and colder in winter than they are now, as they would get more direct sunshine in summer. If the tilt were smaller then the Polar regions would be colder than they are now. Canada and Russia would be colder. Equatorial regions would be the same or warmer than now. All the year round. Differences in seasons would not be as great as they are now.
There would be a lot of chaos. Seasons would be off, some places would be colder while others warmer.
i would say warmer, but that is just me!
I would think in warmer Air....
There would be a lot of chaos. Seasons would be off, some places would be colder while others warmer.
No, if the Earth was destroyed by an asteroid we would not be living today.
is colder because Kansas is from the ocean and is farder
If more of the sun's heat became trapped, it would be like putting a heavy blanket over the Earth. Everything would become warmer.
Which asteroid? depending on its size, an asteroid impact could be devastating for life on Earth, though life would recover somehow eventually.
well, the ice in it would melt, and the water would get warmer if it was in a hot climate,(a temperature warmer than the ice water) and if it was in a cold climate, (a temperature colder than the ice water) it would freeze or get colder.
Warmer temperatures at the equator create a low pressure zone, which drives atmospheric circulation and influences global weather patterns. Colder temperatures at the equator would disrupt this balance, potentially altering wind patterns, ocean currents, and weather systems around the world.