Earth. i know because i took the test and it said the correct answer is earth ur welecome
The Moon.
That is how we define a day. On Earth the period of rotation is around 24 hours = 1 Earth Day. On Jupiter, something over 9 hours = 1 Jovian Day.
The Earth rotates in 1 day. The moon takes 27.32 days to rotate.
A meteor is a chunk of something burning up in the Earth's atmosphere. It's kind of pointless to wonder about their rotation, because they only exist for a couple of seconds anyway.If you meant an asteroid ... it depends on the asteroid. 1 Ceres, for example, rotates in about 9 hours; 2 Pallas in a bit under 8 hours; 3 Juno in about 7 hours 12 minutes, 4 Vesta in about 5 hours 20 minutes, and so on. You shouldn't think they're all fast (compared to Earth) either; 10 Hygeia's rotation period is longer than Earth's by over three and a half hours.
Earth's rotation relative to the distant stars (the sidereal day) is 23 hours 56 minutes 4.1 seconds. Its mean rotation relative to the Sun (the the tropical day) is 24 hours. The difference between these two periods of time occurs because, while the Earth is rotating about its axis, it is also revolving about the Sun, and in the period of one sidereal day, the apparent position of the Sun has shifted by nearly four minutes in time.
Rotation means the planet spinning about it axis. (Orbit the the path of the planet round the Sun). The planet Mercury has a rotational period of 58.646 Earth days. The planet Venus has a (retrograde) rotational period of 243.0185 Earth days. The planet Mars has a rotational period of 1.025957 Earth days. The planet Jupiter has a rotational period of 9.925 hours. Obviously Earth has a rotational period of 1 Earth day.
That is how we define a day. On Earth the period of rotation is around 24 hours = 1 Earth Day. On Jupiter, something over 9 hours = 1 Jovian Day.
period rotation: 1 rotation of the earth(1 day) period revolution: 1 year around the sun
about 243 earth days
The period of the earth's orbit around the sun is one year. The period of earth's orbit about its own axis is one day. If we estimate one year to be about 365 days, we simply get the ratio 365:1 as the ratio of the period of earth's orbit around the sun to that of earth's rotation about its own axis.
It is the period of rotation of the earth on its own axis.
The Martian "day" (rotation period) is 24 hours and 37 minutes - a little over 1/2 hour longer than earths day.
A second is a second - it is the International Standard for measuring time.How would you define an hour on Neptune? 1/24 of its period of rotation - its "day"? Why 1/24? Why not some other factor?A second is a second - it is the International Standard for measuring time.How would you define an hour on Neptune? 1/24 of its period of rotation - its "day"? Why 1/24? Why not some other factor?A second is a second - it is the International Standard for measuring time.How would you define an hour on Neptune? 1/24 of its period of rotation - its "day"? Why 1/24? Why not some other factor?A second is a second - it is the International Standard for measuring time.How would you define an hour on Neptune? 1/24 of its period of rotation - its "day"? Why 1/24? Why not some other factor?
Um..it depends if the satellite rotates about the earth its synchronous rotation should be: a whole number (usually one) (multiplied by) 1rotation/23.934hours or simply r(1/24)---generally r (number of times it rotates per day) is going to be one 1rotation/23.934hours is the standard synchronous rotation for a satellite in the earth's orbit..the only reason i suggested multiplying a number by it, is because it may change depending on the number of times it revolves per day Synchronous rotation is going to refer to the relationship between the orbital period of a satellite and the rotational period of the body it is orbiting; at the end of every rotational period (day) it will be in the same position in the sky, when observed from the the body it orbits. -if you want to find out the synchronous rotation for another planetary body, just use the amount of time it takes for the body to complete a day--for some it's a little bonkos: Venus, for instance, has a day that is longer than its year (it rotates slower than it completes an annular revolution). There are different forms of synchronous rotation but as far as finding the number, everything written above is correct; I'm not sure if the logic is faulty, but the method to derive the values is correct. The simplest answer to your question is 1 /24 or 1/23.934 revolutions per hour; 1/86164 revolutions per second; or satellite's synchronous rotation rate is 0.04178156597309267151332831954542 revolutions per hour (1/24 revolutions per 1/24 of a day)
Let's say Michael Jordan (Is he still playing ? I never know.) Let's say Michael Jordan is walking around the arena spinning a basketball on the end of his finger. 'Rotation' is what the ball is doing on the end of his finger. The Earth's period of rotation is 1 day. 'Revolution' is what the ball is doing around the arena at the same time. The Earth's period of revolution is 1 year.
A complete rotation which takes up 1 day or 24 hours.
The Moon has a rotation of approximately 27 1/3 days.
Earth makes one complete rotation in 0.99726968 days... that is 23 hours 56 minutes 4.100352 seconds. The rotation of a planet is when it spins on its axis. Different planets have different rotational periods. A rotational period is the amount of time it take an object to make one revolution. A rotational period can be more or less than the planet's actual day length depending on the direction it orbits its star relative to the direction it rotates. The rotational period and the day length are only the same when either the planet does not rotate(1 day = 1 year) or when the planet rotates at the same speed it orbits(one side always has day).