274 years. If there are 365 days in a year, just divide 100000 by 365. The answer is 274 years.
a 100000 years
3,155,760,000,000,000 milliseconds.
16 and a half years
Just to give you the answer, 100,000 hours lasts a little over 11 years.
every 250,000 years :)
The process of the reversal of the Earth's magnetic poles is called a magnetic flip. This occurs every 4 or 5 times per million years.
250,000 years
Every 250,000 years, when it farts
every 250,000 years :)
Earth's poles are to switch every few hundred thousand years.
The sun's magnetic poles flip approximately every 11 years, coinciding with the sunspot cycle. This phenomenon is known as solar magnetic field reversal.
As far as I know, nothing special happens every 100,000 years. A full precession cycle takes about 26,000 years.
The Sun's magnetic poles reverse approximately every 11 years during the solar cycle. This phenomenon is part of the Sun's complex magnetic behavior, which influences solar activity, including sunspots and solar flares. The pole reversal occurs when the Sun's magnetic field undergoes a complete flip, with the north and south poles switching places. This cycle can vary slightly in duration and intensity but typically aligns with the solar cycle's peak activity.
It was a moment 100000 years ago.
Time periods between Earth's magnetic pole reversals are varied. There are geologic periods where multiple reversals have occurred and periods of no activity. In the last 3.6 million years, there have been at least nine reversals, the last occurring 730,000 years ago.
They vary widely and are not regular, but the earth's magnetic poles have flipped as frequently as twice in a 50,000 year timespan but have also held steady (not reversed) over as many as 50 million years.