Want this question answered?
When the sky is high in the sky, the blue component of incoming sunlight is scattered much more than any other color component. Do your home work next time :D
We would not get the same redness that we do from sunlight shining through our atmosphere.
It is 75%
The strongest is in the tropics, where the sunlight is nearly perpendicular to the surface and about the same duration year-round.
Since the moon does not have an atmosphere, the sunlight that reaches the surface of the moon is more intense than the sunlight that reaches the surface of the Earth after passing through the Earth's atmosphere.
Some sunlight is absorbed or reflected by the atmosphere before it can reach the surfaces.
Slightly less than 50%. Without an atmosphere, it would be 50% but diffraction of sunlight in the earth's atmosphere means that sunlight "wraps around" the termonator - giving us dusk and twilight. These are periods when it is light even though the sun is not visible.
The exosphere is the layer of the atmosphere first struck by sunlight
Sunlight can pass through atmosphere. But not the part containing UV rays.
The lower atmosphere is heated by the ground, which is heated by sunlight.
clean ice reflects sunlight back into space and prevents heat buidup on ice, dirty ice has the opposite affect
A rainbow forms when sunlight shines on water in the atmosphere.
oxygen and sunlight
sunlight
The angle of incoming sunlight
It is not necessarily cold above the atmosphere. In direct sunlight, it can be quite hot.
Sunlight experiences some degree of scattering (technically, Rayleigh Scattering) as it passes through the atmosphere, which causes the sky to appear blue and the sunlight to appear yellow. Some of the sunlight encounters clouds, while some reaches the ground.