The north and south poles
radiation
Infrared Heat.
poles
UV rays It is also where the southern aurora's are
You haven't included any choices, so none can be selected.In order for that description to apply to any point on Earth, the point must be inthe Tropic Zone; i.e. its latitude must be within the range of (+ or -) 23.5 degrees.
Summer.- is that climate because it is when the sun gives direct rays.Spring it is at the half so it receives indirect and direct raysWinter.- is that climate because the earth receives indirect sun's raysFall.- it is at the half so it receives indirect and direct rays
the equator receives direct rays from the sun and the poles receive indirect rays.
A direct rays is when the Sun's light hits the specified part of Earth that you are observing at an exact angle of 900 . This means that the Sun's rays are perpendicular to the Earth; Direct rays compared to indirect rays are one of the factors for the occurrence of seasons on Earth.
as in: The Earth receives many sun RAYS during the day.
The spread out rays are more. The earth receives them more all over.
At some time or the other almost every part of its surface.
The UV rays are very powerful. They can even penetrate the skin.
indirect rays
On a cloudy day, Earth gets UV radiation from the sun. Clouds do reduce the amount of UV rays that reach the earth but do not completely stop the damaging rays.
the earth is like this. ++/ +O +/ so when it spins its tilted and that causes indirect light. pluses = sun rays
I don't see why they should affect climate significantly. The total amount of energy Earth receives from cosmic rays is quite insignificant, compared to the energy it receives from sunlight.
The distribution of incoming solar radiation during the course of a year is exactly equal at both poles, and neither of them ever receives any 'direct' rays.