182.5
365 rotations per revolution.
During each complete revolution around the sun, the earth makes 365.24 rotations on its axis.
One half of 365 is 182.5 or 182 days, 12 hours. That would seem logical but the earth does a complete rotation in 23h and 56min. As it travels around the sun, it has to rotate 4min extra to line up with the sun. As it turns out, the earth rotates 366.25 times in a year, 183.125 in half a year. Watch a star rise. the next night it will rise 4 min earlier.
25
there are 1 and a half rotations in a single axle, 2 and a half in a double axle, 3 and a half in a triple axle, and so on.
8
That depends on the circumference of the tyre
Answer #1:It takes just under 24 hours for the Earth to rotate once on its axis.So in a two-week period (14 days)it would be 14 complete rotations.================================Answer #2:It takes 23.9344696 hours (rounded) for the Earth to rotate on its axis.Two weeks means 14 days of 24 hours each. So in a period of two weeks,the earth makes 14.038331 complete rotations. None of this has anythingto do with the number of days in a year.To put it another way, the Earth completes 14 rotations about 55minutes 3secondsbefore the two weeks has ended. That's why two weeks from today, any starwill reach the same place in the sky about an hour earlier than it gets there tonight.
The answer will depend on 900 WHAT? The earth rotates 900 times in 900 days, for example, and around 328,725 rotations in 900 years.If its degrees then:-900/360 = 2.5 rotations
There is 7 complete rotations in a week. As the earth rotation takes 24 hours to complete while a complete orbit is 1 year or 365 and a quarter days. It takes 23 hours 56 minutes for the earth to rotate once on it axis. It takes 1 year for the earth to go all the way around the sun.
13.369 rotations, and 12.368 cycles of phases.
About 240. (~24 * 10). If you meant orbits around the sun instead, that's about 87,600 hours ((~24 * 365) * 10).