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Solar heating.
This is caused by the tilt of the earth's axis. The axis is tilted about 23.5 degrees away from the ecliptic-- the apparent plane containing the sun's path through the sky. Roughly like this: /, uneven land surfaces, earth's curved surface, and the spin of earth on its axis.Tilt of the earth on its axis, a tear in the ozone, or the wind currents
Because... (a) not every energy 'ray' from the sun has the same strength, (b) the thickness of the atmosphere varies - depending on where you are on Earth, and (c) water and land absorb heat at different rates.
the atmosphere
the answer is conduction
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Solar heating.
If you are talking about global warming then how that is happening is that the suns rays are coming into earth but not escaping the earths atmosphere because of all of the pollution and things like that thus the earth is heating up and melting ice bergs and that is called the greenhouse effect, please check out this matter!
This is caused by the tilt of the earth's axis. The axis is tilted about 23.5 degrees away from the ecliptic-- the apparent plane containing the sun's path through the sky. Roughly like this: /, uneven land surfaces, earth's curved surface, and the spin of earth on its axis.Tilt of the earth on its axis, a tear in the ozone, or the wind currents
This a response to the amount of time that the sun has to warm the earth in different seasons, and how direct the suns rays are on the earth at that location. In temperate zones the sun shines about 14 or more hours in the summer (daytime) heating the earth more than the other seasons and the rays are almost from directly overhead. Spring and fall have fewer close to equinox 12 hr day/ 12 hrs night so there is less heating. Winter the suns rays are more 'slanted' and there is only about 10 hours of daytime so much less heating.
one
Radiation
1
it is impossibe the sun is way bigger than the earth No Suns would fit into the Earth because The Sun is many thousands of times larger than the Earth.
The Earths orbital distance from the sun is 149,597,890km (92,955,820 miles) on average, enough to fit 107 more suns between the suns surface and Earth.