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to trap heat from the sun to shield the planet from harmful radiation and to disintigrate space debris before it reaches the surface
The air itself protects us from smaller meteors. They burn up before reaching the surface. It cannot protect us from very large ones.
The question is incomplete. What percentage of the sun's incoming radiation is reflected by clouds, is absorbed by the upper atmosphere, falls to the earth's surface, is reflected by the earth's surface, is in the ultra violet / visible / infra red / other part of the electromagnetic spectrum are all possible questions. I suggest you think a little about your question before posting it.
retina is the part in eye which inverts the image visible to us and then magnifies it.
Solar output is nearly, but not quite, constant. Variations in total solar irradiance were too small to detect with technology available before the satellite era. As the Earth rotates, the energy from the sun is distributed across the entire surface area. At any given moment, the amount of solar radiation received at a location on the Earth's surface depends on the state of the atmosphere, the location's latitude, and the time of day.
about 5% of radiation is lost before reaching Earth's surface
25% is absorbed by clouds.25% is reflected by clouds.So 50% of the sun's radiation is lost before it reaches earth's surface.See the diagram link below.
25% is absorbed by clouds.25% is reflected by clouds.So 50% of the sun's radiation is lost before it reaches earth's surface.See the diagram link below.
No, these features form when magma cools into rocks BEFORE reaching the surface.
visible light
A simple gland communicates with the surface by means of a duct that does not branch before reaching the glandular cells or secretory portion.
When magma solidifies before reaching Earth's surface it is called intrusive igneous rock, plutonic rock, a pluton. Igneous rock is formed from crystallization of molten magma.
Yes it can
It would increase, because there would be nothing to absorb it in the atmosphere before reaching the ground.
Simmering.
Not all meteors disappear before reaching the earth. The friction they feel as a result of rubbing with the molecules of the earth's atmosphere cause them to burn up. However, a few larger ones will make it to the earths surface.
to trap heat from the sun to shield the planet from harmful radiation and to disintigrate space debris before it reaches the surface