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It depends on how much atmosphere it has to go through, the further away FM the equator you are the more the earth curves so the suns rays enter at an angle, meaning that it has to go through more atmosphere. Whereas on the equator the suns rays travel strait so there is less atmosphere to go though, make the suns rays more intense
This demands on where you are in the world. The northern or southern hemispheres - Spring and Fall equinoxes Tropics of cancer and Capricorn - Same year round
Obliquely
through the mantlethrough the suns rays
yes they are
clouds, angle of instance, materials that absorb the suns energy, pollution, and objects
It does indeed reflect the suns rays.
It depends on how much atmosphere it has to go through, the further away FM the equator you are the more the earth curves so the suns rays enter at an angle, meaning that it has to go through more atmosphere. Whereas on the equator the suns rays travel strait so there is less atmosphere to go though, make the suns rays more intense
About 17% of the suns rays get absorbed into our atmosphere
On Earth, the intensity of cosmic rays increases with altitude until a maximum where the atmosphere ends; this reflects the atmosphere's shielding effect. Outside Earth cosmic rays intensity is greatest at their source or origin, which seems to be mostly outside the solar system. Although some uncertainty remains, they are believed to be created by supernovae explosions, and possibly by the relativistic jets of quasars or active galactic nuclei.
This demands on where you are in the world. The northern or southern hemispheres - Spring and Fall equinoxes Tropics of cancer and Capricorn - Same year round
The thing which protects us from suns UV rays is the ozone. It is an allotrope of oxygen element.
their both make with shapes
their both make with shapes
their both make with shapes
The sun emits sun rays it does not reflect them.
800 km