Everywhere south of the Antarctic Circle, the landscape experiences at least one 24-hour period of no sunrise/ sunset annually.
At the northernmost Antarctic Peninsula, there may be a number of days without a sunrise/ sunset; at the South Pole, the sun rises about September 21 and sets about March 21.
In Winter it is dark 24/7, the sun never rises. In Summer, the sun never sets. (this is summer and winter in the Southern Hemisphere)
As with all countries, the times that the sun sets and rises varies, depending on the seasons. During the peak of summer the sun doersn't actually set at all, and in the middle of winter it doesn't even rise. This is the same as countries in Scandinavia in the NORTHERN hemisphere.
The person above stated that summer and winter is like this in the southern hemisphere - this is incorrect. This is only something that happens to the countries very close to the north AND south poles, and is exactly the same for countries close to the arctic pole in the NORTHERN hemisphere.
answ3. Even in the winter in Antarctica, it is not completely dark, for the Moon still comes around.
Your answer depends on where you are on the continent, which covers 10% of the Earth's surface.
All locations south of 60 degrees South Latitude experience at least one day of no sunset/ sunrise per year. At the South Pole -- 90 degrees South Latitude -- the sun rises once and sets once per year. Each period lasts about six months.
Beyond about 66 degrees of latitude -- at both polar geographies, the landscape experiences at least one 24-hour period with no sunrise/ sunset per year.
At the poles -- 90 degrees -- this period is six months.
Depending on where you are on the continent, the period can be a few days, weeks, or months.
Some days, the sun stays up for 24 contiguous hours for many days, weeks or months in a row -- depending on where you are on the continent.
Yes, some days -- some days, no.
Yes.
Antarctica.
In summer the sun never sets and in winter the sun never rise. the days are very long as the sun will never set completely nor rise completely. Hope this is a satisfactory answer.
The sun in Antarctica is the same sun that shines all over the earth. It's rise and set patterns, however, are polar, which makes those patterns different from the sunset/sunrise patterns that most humans are familiar with.
Antarctica
All planets that rotate in our solar system will see apparent sun rise and sun set There are no planets that are stationary not to view the apparent sun rise and sun set.
Everywhere on earth, the sun rises in the east.
If you are at the South Pole Station directly at the South Pole, then yes, the Sun will rise about September 21 and set about March 21, rising once and setting once during the year. For other locations in Antarctica, the Sun will rise and set each day for a period around the Equinoxes. For example, at McMurdo Sound, 77 degrees, 51 minutes south latitude, the Sun rises and sets each day between mid-February and mid-April, and again between mid-August and mid-October.
Rise in the East and set in the West.
It is because the Earth is tilted. As it orbits the sun there is a time that Antarctica is tipped away from the sun completely, so even when the Earth rotates the sun does not rise at all. The reverse happens at the other stage, with Antarctica being tipped towards the sun completely.It is because the Earth is tilted. As it orbits the sun there is a time that Antarctica is tipped away from the sun completely, so even when the Earth rotates the sun does not rise at all. The reverse happens at the other stage, with Antarctica being tipped towards the sun completely.It is because the Earth is tilted. As it orbits the sun there is a time that Antarctica is tipped away from the sun completely, so even when the Earth rotates the sun does not rise at all. The reverse happens at the other stage, with Antarctica being tipped towards the sun completely.It is because the Earth is tilted. As it orbits the sun there is a time that Antarctica is tipped away from the sun completely, so even when the Earth rotates the sun does not rise at all. The reverse happens at the other stage, with Antarctica being tipped towards the sun completely.It is because the Earth is tilted. As it orbits the sun there is a time that Antarctica is tipped away from the sun completely, so even when the Earth rotates the sun does not rise at all. The reverse happens at the other stage, with Antarctica being tipped towards the sun completely.It is because the Earth is tilted. As it orbits the sun there is a time that Antarctica is tipped away from the sun completely, so even when the Earth rotates the sun does not rise at all. The reverse happens at the other stage, with Antarctica being tipped towards the sun completely.It is because the Earth is tilted. As it orbits the sun there is a time that Antarctica is tipped away from the sun completely, so even when the Earth rotates the sun does not rise at all. The reverse happens at the other stage, with Antarctica being tipped towards the sun completely.It is because the Earth is tilted. As it orbits the sun there is a time that Antarctica is tipped away from the sun completely, so even when the Earth rotates the sun does not rise at all. The reverse happens at the other stage, with Antarctica being tipped towards the sun completely.It is because the Earth is tilted. As it orbits the sun there is a time that Antarctica is tipped away from the sun completely, so even when the Earth rotates the sun does not rise at all. The reverse happens at the other stage, with Antarctica being tipped towards the sun completely.It is because the Earth is tilted. As it orbits the sun there is a time that Antarctica is tipped away from the sun completely, so even when the Earth rotates the sun does not rise at all. The reverse happens at the other stage, with Antarctica being tipped towards the sun completely.It is because the Earth is tilted. As it orbits the sun there is a time that Antarctica is tipped away from the sun completely, so even when the Earth rotates the sun does not rise at all. The reverse happens at the other stage, with Antarctica being tipped towards the sun completely.
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sun raise