The speed of the satellite is dependant on its distance from the surface of the planet. the greater the altitude, the greater the speed, or velocity. I would think that Velocity Equation would be a simple linear equation of the form; y=kx, where k is a constant. What that constant is for Mars, I do not know as I did not do Astronomy at Uni, only Physics subjects.
Its very slow, despite orbiting the sun in a very quick time. it rotates once every 58.6 days relative to background stars.
day. Geosynchronous means it follows the Earth as it spins. It is therefore always above the same point on the earth's surface. Since the Earth spins once in a day the satellite must orbit once in a day.
One big, natural satellite has been in orbit 4.5 billion years. We call it "the moon." There are about 180 man made satellites in geosynchronous orbit. More are added every few years. In low earth orbit there are about 3000, at the present time. Older ones tend to fall back to earth, but new ones are added every few months. The first artificial satellite was launched by the Russians in 1957.
Venus rotates once every 243 Earth days and thus is the slowest.
That means that for every 2 orbits that satellite A makes, Satellite B makes 1 orbit.
The earth rotates on its own axis once every 24 hours, similtaneously it is orbiting the sun at one orbit every 365.24 days
Its very slow, despite orbiting the sun in a very quick time. it rotates once every 58.6 days relative to background stars.
This is a very vague question. First what planets are you referring to? Second, define "satellites" - Earth's moon is a satellite, but so is every single rock orbiting Saturn. We also send man-made satellites to orbit other planets. Restate your question. And lurn2google.
Once every day.
day. Geosynchronous means it follows the Earth as it spins. It is therefore always above the same point on the earth's surface. Since the Earth spins once in a day the satellite must orbit once in a day.
If the speed at every point of the new orbit is higher than the speed at every point of the old one, then the orbit is smaller, but it can have the same shape. ============================================ Another contributor added: going too fast may give the satellite an elliptical orbit, or may cause the satellite to escape the gravity of Earth if the velocity is too great
Sputnik orbited the earth about every 96 minutes. Yuri Gagarin managed the same. What is the speed relative to the earth? Earth's radius is about 4000 miles. If you do the math, you should get a velocity of about 18,000 miles per hour. Higher satellites orbit slower. A geosynchronous satellite (around 22,000 miles up) is stationary with respect to earth's surface. The moon, earth's natural satellite, orbits once every 27.3 days.
No, the Earth rotates once in a day.
They usually get their energy from the Sun, but they may also have a nuclear reactor. That's how they get their energy; how they work in detail would depend on what they are supposed to do. There are satellites for many different purposes.
There are not. In fact, there are no satellites which remain in either the northern or southern hemispheres. Every satellite spends equal time passing over each of them. The only minor exception would be communications satellites in equatorial geosynchronous orbits, where the satellite is essentially "parked" over one spot above the equator. Elmo: See the Discussion Page for my answer. Thanks.
A Geosynchronous or Geostationary satellite. The orbit period of a satellite will be longer the further it is away from the planet, so these have to be quite far away to match the rotation period of the earth. They orbit the earth once every 24 hours, so stay in the same apparent position when 'seen' from earth. This means that satellite dishes receiving signals from it can remain still, pointing in one direction rather than having to track it across the sky - a big advantage.
One big, natural satellite has been in orbit 4.5 billion years. We call it "the moon." There are about 180 man made satellites in geosynchronous orbit. More are added every few years. In low earth orbit there are about 3000, at the present time. Older ones tend to fall back to earth, but new ones are added every few months. The first artificial satellite was launched by the Russians in 1957.