Want this question answered?
180 degrees.
360 degrees is the intuitive answer, but it is not correct. The earth completes a 360 degree rotation in about 23 hours, 56 minutes and some odd seconds, which is the sidereal, or true, rotational period of the earth. I don't know the exact degrees in 24 hours, but it will be reasonably close to 361 degrees (roughly 1 extra degree per day to account for a full rotation over the course of a year).
You are a clever questioner, indeed. You have asked a subtle and interesting question. You probably know that there are at least two distinct answers to the question, because there are two different kinds of day. The sidereal day is the period during which earth rotates 360 degrees relative to the distant stars (not the sun). If you were far above the solar system looking down on earth from the north, you would see that earth rotates a full 360 degrees relative to the stars, but still has to rotate a little more to reach the starting point relative to the sun, because we orbit the sun, this complicates things a little bit. So in a sidereal day, the earth rotates exactly 360 degrees, but this day lasts only 23 hours 56 minutes and 4.1 seconds, roughly. The synodic day is the period during which earth rotates one time relative to the sun. This rotation will be slightly more than 360 degrees, because as explained above the earth has to rotate a little extra (beyond a full 360 degrees) in order to reach the starting point relative to the sun. This is the day as we typically experience it. So if you are asking about the earth's rotation during a synodic day, the rotation is closer to an average of 360.9856 degrees per day. Another way to look at this is to consider the earth's coordinate system. There are 360 degrees of longitude. It is possible to consider the earth's degrees of longitude as the basis of your measurement, so that you can say the earth rotates 360 degrees of longitude relative to the sun on average each day, even though the absolute rotation of the earth is closer to 360.9856 degrees on average.
Earth rotates once every 24 hours. If you divide 8766.15 by 24, you get pretty close to the number of days in a year. __________ Not quite. 24 hours is the average synodic period of earth, not the rotational (sidereal) period. Earth rotates once every 23 hours, 56 minutes and 4.1 seconds roughly. This turns out to be about 23.93 hours. The orbital period of earth is 8766.152784 hours roughly. So the earth rotates (sidereal) about 366.325 times in a year. See discussion if you doubt this result.
The planet Mars rotates once in about 24 hours and 37 minutes.
180 degrees.
60 degrees
-- It rotates 15 degrees per hour. -- Most places on its surface experience daylight and darkness on a 24-hour cycle. -- It could be the Earth.
The earth rotates 360 degrees every 23 hours, 56 minutes and 4.100352 seconds.
The tilt OS only around 3 degrees. Sidereal rotation period is 0.3781 days or 9.074 hours.
95 degrees
360 degrees is the intuitive answer, but it is not correct. The earth completes a 360 degree rotation in about 23 hours, 56 minutes and some odd seconds, which is the sidereal, or true, rotational period of the earth. I don't know the exact degrees in 24 hours, but it will be reasonably close to 361 degrees (roughly 1 extra degree per day to account for a full rotation over the course of a year).
510 degrees
When there rotates something, you can declare the speed of rotation as degrees per time. A period is defined as the time needed when the rotating thing has reached the same position, having 360° moved around the own axis.
You are a clever questioner, indeed. You have asked a subtle and interesting question. You probably know that there are at least two distinct answers to the question, because there are two different kinds of day. The sidereal day is the period during which earth rotates 360 degrees relative to the distant stars (not the sun). If you were far above the solar system looking down on earth from the north, you would see that earth rotates a full 360 degrees relative to the stars, but still has to rotate a little more to reach the starting point relative to the sun, because we orbit the sun, this complicates things a little bit. So in a sidereal day, the earth rotates exactly 360 degrees, but this day lasts only 23 hours 56 minutes and 4.1 seconds, roughly. The synodic day is the period during which earth rotates one time relative to the sun. This rotation will be slightly more than 360 degrees, because as explained above the earth has to rotate a little extra (beyond a full 360 degrees) in order to reach the starting point relative to the sun. This is the day as we typically experience it. So if you are asking about the earth's rotation during a synodic day, the rotation is closer to an average of 360.9856 degrees per day. Another way to look at this is to consider the earth's coordinate system. There are 360 degrees of longitude. It is possible to consider the earth's degrees of longitude as the basis of your measurement, so that you can say the earth rotates 360 degrees of longitude relative to the sun on average each day, even though the absolute rotation of the earth is closer to 360.9856 degrees on average.
The answer depends on how long the night is. With respect to distant stars the earth rotates once in every 23 hours 56 minutes and 4 seconds. Over that period, the stars will move through 360 degrees.
Saturn rotates at about 10 km/sec (35,500 kph), but the rotational period of the outer atmosphere varies by latitude. Its axis is tilted similarly to Earth, at 26.73 degrees to the plane of its orbit.