The term you are likely looking for is "Geosynchronous Orbit"
Any orbit with a semi-major axis of about 22,000 miles has an orbital period of 24 hours.
If the orbit is circular, then the satellite is always at the same longitude,
but oscillates north and south every day.
If the orbit is in the plane of earth's equator, then the satellite appears stationary
over one place on the earth's surface.
A good example is any of the satellites that send TV to those little dishes
mounted on everyone's garage.
It's a geostationary orbit. The object (satellite) is at a particular distance from the earth, such that it orbits once around the earth in 24 hours, in the same direction. This means it stays in the apparent same spot in the sky from earth, meaning that dishes receiving transmissions from it can remain fixed, rather than have to track the satellite accross the sky.
Earth has one moon. Its periods of axial rotation and orbital revolution are equal, so that the same side always faces earth. The period is 27.32 days. The corresponding frequency is 0.0366 per day, or 4.236 x 10-7 Hz. (rounded)
I don't know why do you think i came to this lame website that's it im stoping coming of this everyone knows exept me BYE!
Pluto has an orbital period that is equal to 90,588 Earth days. As such, one year on Pluto is equal to about 248 years here in Earth.
If the satellite appears to remain motionless over one spot on the earth, then I don'tneed to know the radius or anything else about orbital mechanics to calculate its period.It had better be equal to the earth's rotation period of 23hours 56minutes and about 4 seconds.
The rotation period of Venus is equal to 243.02 Earth days. In other words, one "day" (a "sidereal day" to be precise) on Venus is equal to about 243 Earth days. A sidereal day is the rotation period relative to the distant stars. It's often confused with the "solar day" which is based on the position of the Sun. The solar day for Venus is only about 117 Earth days. For Earth there is hardly any difference in the lengths of the two days . So people usually just say an "Earth day" for either.
A state of `synchronous rotation`. Its where the rotational period of the moon is equal to orbital rotation period about Earth, one face of the moon will always appear to face earth. In our moons case this is due to tidal locking.
A single day, or one rotation period for Pluto, is equal to 6.39 days on Earth. The orbital period of Pluto is equal to 248 years on Earth. Pluto has an axial tilt of 120 degrees.
The orbital period of Mars is equal to about 1.88 Earth years.
Earth has one moon. Its periods of axial rotation and orbital revolution are equal, so that the same side always faces earth. The period is 27.32 days. The corresponding frequency is 0.0366 per day, or 4.236 x 10-7 Hz. (rounded)
The rotation period of Venus is equal to about 243.02 Earth days.
When a satelite's rotational period is the same as its orbital period, like our moon, the satelite is tidally locked to the body being orbited. Such a rotation rate is known as a synchronous rotation. The effect is that the same side of the satelite always faces the orbited body.
about 243 earth days
I don't know why do you think i came to this lame website that's it im stoping coming of this everyone knows exept me BYE!
Pluto has an orbital period that is equal to 90,588 Earth days. As such, one year on Pluto is equal to about 248 years here in Earth.
Synchronous rotation
Mercury, the closest planet to the sun, has an orbital period (year) equal to 88 Earth days.
Mercury, the closest planet to the sun, has an orbital period (year) equal to 88 Earth days.