The polar regions would be much warmer all ice would melt and sea levels would rise by hundreds of feet. The equator would be cooler than it is now.
The polar regions, and territories north of the Tropics would experience a more variable climate. The land of the midnight sun (in summer) and of no sun (in winter) would reach much further south, and the Aurora would be visible much further south and might be more spectacular. Climate in general would probably be much different from what we know today.
The seasons would be more pronounced, i.e. the summers would be hotter, and the winters colder.
The incidence of EM radiation would not change but its distribution would, much of the present ice caps would melt and shift and the temperature difference between summer and winter would be far more pronounced.
-- Tropic Zone would be wider, i.e. Tropics of Cancer and Capricorn would be farther from the equator.
-- Polar regions would be wider, i.e. Arctic and Antarctic Circles would be farther from the poles.
-- More of the earth's surface near the poles would have sun-ups and sun-downs longer than 24 hours.
-- Seasons everywhere would be more extreme ... hotter summers and colder winters.
-- Probably more violent storms and more active circulation of air and water over the whole globe, since temperature contrasts would be more extreme around the solstices.
-- There would be killer El Niños.
Much smaller differences in seasons for areas well away from the Equator. Probable lack of polar icecaps, thus probable much smaller landmass compared with oceans.
Right now, the tilt of the Earth's axis is 23.5 degrees. If the tilt of the Earth was tilted at 5 degrees, everyday would feel a lot like spring or fall.
The earths axis is tilted. That is why we have seasons.
It would spin out of control enviablely drifting off into the sun, or hitting other planets causing them to drift into the sun or fuse together.
i believe it would cause a pole shift in seasons change, and reverse climates, posibly a ice age, compasses would be eratic and gravity would be denser. this of course is just my theory.
They would change but it depends on which way it is tilted
Then the seasons would be more pronounced.
The Big Dipper doesn't rotate. The Earth, however, does rotate. The period of rotation is called a day and the Big Dipper will appear to make a full circle every 24 hours.
Mercury - Length of Year: 88 Earth Days | Day Lasts: 4222.6 Earth Hours (175.94 Earth Days)Venus - Length of Year: 224.7 Earth Days | Day Lasts: 2802 Earth Hours (2778 Earth Days)Mars - Length of Year: 1 Earth Year 322 Earth Days | Day Lasts: 24.6597 Earth Hours (1.02 Earth Days)Jupiter - Length of Year: 11.86 Earth Years | Day Lasts: 9.9259 Earth Hours (0.44 Earth Days)Saturn - Length of Year: 29.5 Earth Years | Day Lasts: 10.656 Earth Hours (0.43 Earth Days)Neptune - Length of Year: 164.79 Earth Years | Day Lasts: 16.11 Earth Hours (0.7 Earth Days)Uranus - Length of Year: 84 Earth Years | Day Lasts: 17.24 Earth Hours (0.7 Earth Days)Pluto - Length of Year: 248.5 Earth Years | Day Lasts: 153 Earth Hours (6.4 Earth Days)
There would be no seasons, and the length of day & night would be exactly 12 hours each.
Yes, it rotates once a day and at present the length of a day is 24 hours. Note however that in the Devonian (400 million years ago) the length of a day was 21.6 hours and when the word first formed (4.3 billion years ago)the length of a day was just 5 hours. This change in the length of a day is caused by the tidal interaction between the Earth and the Moon. The Moon is slowing the speed of the Earth's spin and is in turn being forced away from the Earth. In the future a day on the Earth will therefore be more than 24 hours. At a rate of 2.4 hours per 400 million years, the day is becoming longer by 1 second in every 46,000 years.
The length of each planet's days are different because they rotate at different speeds. A day on Mercury is equal to 58.5 days on Earth. A day on Mars takes 24 hours and 39 minutes on Earth. A day on Venus is 243 Earth days and a day on Jupiter is equal to 9.9 Earth hours.
In that case, the length of the day would also be approximately 40 hours.
It takes 24 hours (the length of one day) for the Earth to rotate once. If the rotation sped up, the length of a day would shorten.
If Earth has rotation that just means it is changing from day to night. One full rotation takes 24 hours.
The Big Dipper doesn't rotate. The Earth, however, does rotate. The period of rotation is called a day and the Big Dipper will appear to make a full circle every 24 hours.
IT TAKES THE EARTH 360 DAYS TO ROTATE. it actually takes 365 days to orbit the sun and 23 hours 55 min to rotate on its axis
Mercury - Length of Year: 88 Earth Days | Day Lasts: 4222.6 Earth Hours (175.94 Earth Days)Venus - Length of Year: 224.7 Earth Days | Day Lasts: 2802 Earth Hours (2778 Earth Days)Mars - Length of Year: 1 Earth Year 322 Earth Days | Day Lasts: 24.6597 Earth Hours (1.02 Earth Days)Jupiter - Length of Year: 11.86 Earth Years | Day Lasts: 9.9259 Earth Hours (0.44 Earth Days)Saturn - Length of Year: 29.5 Earth Years | Day Lasts: 10.656 Earth Hours (0.43 Earth Days)Neptune - Length of Year: 164.79 Earth Years | Day Lasts: 16.11 Earth Hours (0.7 Earth Days)Uranus - Length of Year: 84 Earth Years | Day Lasts: 17.24 Earth Hours (0.7 Earth Days)Pluto - Length of Year: 248.5 Earth Years | Day Lasts: 153 Earth Hours (6.4 Earth Days)
24 hours
The earth to rotate about its axis.
1 Earth rotation = 24 hours.
The rotation period of Neptune is 16.1 earth hours.
How much does earth rotate in one hour
A day would be a different length than 24 hours.