In 100 million years, Saturn's rings will completely disappear.
Saturn's rings have been estimated to be less than 100 million years old, and they may be disappearing at a rate of around 3000 tons per second. While there is ongoing debate among scientists, some speculate that Saturn's rings could be completely gone in around 100 million years.
100 Million years
-Greece was 10 million 100 years ago , now 10 million again -Turkey was 10 million 100 years ago (Antolia and istanbul not ottoman empire) now 78 million
100
OK, Saturn is about 1,430,000,000 km from the sun. There are 1000 m in a km, and 100 cm in a m. 1,430,000,000*1000*100= 143000000000000 cm from the sun.
Saturn's rings are expected to disappear in around 100 million years, due to factors such as material being pulled into the planet by gravity, the rings spreading out and becoming thinner, and collisions between particles causing them to break apart.
This event is known as a Great Conjunction, where the orbits of Jupiter and Saturn align roughly every 20 years. However, a planetary alignment involving all the planets is a rare occurrence and may not happen exactly every 100 years.
The word for ten million centuries is "one trillion years." A century is 100 years, so ten million centuries equals ten million times 100, which is one trillion years.
Time = distance divided by speed. We know the speed (100km/h) but how about the distance?"The distance between the planets Earth and Saturn varies. At its closest, Earth is about 796 million miles (1,280,000,000 km) away from Saturn. At its furthest, our planet is about 980 million miles (1,576,000,000 km) away from the ringed planet." (Read more: How_far_is_Saturn_from_Earth)When Saturn is close to Earth:t = 1280000000/100 = 12800000 hours = 533333.33 days = 1461.2 yearsWhen Saturn is far from Earth:t = 1576000000/100 = 15760000 hours = 656666.66 days = 1799.1 yearsHowever, in reality the situation is far more complicated due to the differences in time it takes the planets to orbit the sun.
It is now known what North America look like 100 million years from now.
There are 10,000 centuries in one million years, as a century is defined as 100 years. To calculate this, you divide one million by 100. Therefore, 1,000,000 years divided by 100 years per century equals 10,000 centuries.
Some people believe that the stars are 100 million years old-100 years old!