second, minute, hour, day, month, year!
If the Earth revolved faster, the length of a day would be shorter because the higher rotational speed would mean the Earth completes one full rotation quicker. This would result in days being shorter in duration if the Earth revolved faster.
If the Moon rotated on its axis as quickly as Earth, we would not always see the same side of the Moon from Earth. Currently, the Moon is tidally locked, meaning it takes the same amount of time to rotate on its axis as it does to orbit Earth, resulting in one side always facing us. If it rotated faster, different parts of the Moon would be visible from Earth over time.
Yes they would. Indeed in past Geological times (eg the Devonian era), there were 404 days in the year. This was because the Earth was spinning a loft faster then. What slows the Earth's spin is the pull of the Moon on Earth's Oceans. This cause the Moon to speed up (recede form the Earth) and the Earth to slow.
This is common for most moons. - Assuming that the Moon ever rotated faster than now, over time it would have rotated slower and slower, due to tidal forces. (Similarly, if it rotated slower, such tidal forces would have make it rotate faster.) Similarly, the Earth's rotation slows down over time, and in a far future, it will always face the same side to the Moon.
Without the moon, Earth would spin faster. Our day would be shorter. Billions of years ago, Earth spun around on its axis much faster. Our world's cycle of day and night was less than ten hours long. The ebb and flow of the tides are what put the brakes on Earth's spin. The moon and sun together cause the tides. If we'd never had a moon, we'd still have tides, but they wouldn't be as strong. So - if you're imagining Earth with no moon - you have to imagine our day on Earth much shorter than our present-day 24 hours.
No.
If the Earth revolved faster, the length of a day would be shorter because the higher rotational speed would mean the Earth completes one full rotation quicker. This would result in days being shorter in duration if the Earth revolved faster.
The days would be shorter. Objects would be slightly less heavy, but not noticeably.
The days would be shorter.
We wouldn't get enough sleep, because the days and nights would be shorter.
We wouldn't get enough sleep, because the days and nights would be shorter.
If the Moon rotated on its axis as quickly as Earth, we would not always see the same side of the Moon from Earth. Currently, the Moon is tidally locked, meaning it takes the same amount of time to rotate on its axis as it does to orbit Earth, resulting in one side always facing us. If it rotated faster, different parts of the Moon would be visible from Earth over time.
When the earth rotates 30 time faster every thing will get burnt due to friction with the air if not then i dont know...............
It's to do with the length of time a planet takes to spin, a planet that spins on its axis faster than the earth will have a shorter apparent day.
If the Earth rotated more slowly, days would be longer and nights would be longer. This could affect weather patterns, ocean currents, and the overall climate on Earth.
A theory says that time would be quicker.
If the Earth rotated faster, the Coriolis effect would become more pronounced. This would lead to stronger deflections of moving objects to the right in the Northern Hemisphere and to the left in the Southern Hemisphere. Stronger Coriolis effect could affect ocean currents, wind patterns, and weather systems on a larger scale.