it could be depending on the time and season. like the ice still melts even though its the coldest place on earth.
The sun is directly overhead between the Tropic of Cancer (June) and the Tropic of Capricorn (December) when it's rays are most intense. They are least intense at the South Pole (June) and North Pole (December).
The tropic of Cancer is 23° North of the Equator. It represents the point where the Sun can be directly overhead. If you are any further north, the Sun can not be overhead. The corresponding feature in the southern hemisphere is the Tropic of Capricorn. As to the Sun's direct rays, they can be anywhere from the South Pole to the North Pole. Those two points and everything in between receives the Sun's direct rays at some time during the year.
solstice
System of orbits
The ozone layer is mostly affected the by the suns ultraviolet rays. This layer is present in the stratospheric region of atmosphere.
the suns rays
the north pole is tilted away from the sun so the suns rays are less direct
The sun is directly overhead between the Tropic of Cancer (June) and the Tropic of Capricorn (December) when it's rays are most intense. They are least intense at the South Pole (June) and North Pole (December).
north and south pole
Because near the north pole there are glaciers and icebergs. They reflect the suns rays, while near the equator, there are no glaciers.
The tropic of Cancer is 23° North of the Equator. It represents the point where the Sun can be directly overhead. If you are any further north, the Sun can not be overhead. The corresponding feature in the southern hemisphere is the Tropic of Capricorn. As to the Sun's direct rays, they can be anywhere from the South Pole to the North Pole. Those two points and everything in between receives the Sun's direct rays at some time during the year.
solstice
No, the sun's radiant energy is strongest at the Equator.
the furthest north the suns rays hit perpendicular to the earth
It does indeed reflect the suns rays.
About 17% of the suns rays get absorbed into our atmosphere
Anywhere between the Southern arctic circle and the south pole (most of Antarctica).