LANDSAT series  of satellites move in near polar orbits at an altitude of .?
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LANDSAT 5 and 7, still functioning, orbit at an altitude of 705 km.
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Earth is revolving in orbit, held in place by the Sun's gravitational pull
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There are two types of Sattelites. namely polar sattelites and Geosynchronous sattelites. they are classified according to the orbit that they follow.
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planets orbit stars, satellites orbit planets
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The axis of the earth shifts seasonally.
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NASA's Aura Satellite
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I tried to find this info on google, but wasnt easy. Google earth is ofcourse using satellite images  The resolution of the Sat pics are so great that it allows zooming in to a great distance Sorry couldnt help  better!
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It depends on which satellite. TV satellites are in a geo-synchronous orbit, they remain over the same location all of the time.\n\nMost artificial satellites are placed in Low Earth Orbit (LEO), where they travel at about 27,400 km/h (8 km/s), making one revolution in about 90 minutes. The primary exception are communication satellites that require geostationary orbit. However, it requires less energy to place a satellite into a LEO and the satellite needs less powerful transmitters for data transfer, so LEO is still used for many communication applications. Because these orbits are not geostationary, a network of satellites is required to provide continuous coverage. Lower orbits also aid remote sensing satellites because of the added detail that can be gained. Remote sensing satellites can also take advantage of sun synchronous LEO orbits at an altitude of about 800km and near polar inclination. ENVISAT is one example of an earth observation satellite that makes use of this special type of LEO.
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Also try Google maps.   It gives you a choice between a satellite picture, a road map and a road map superimposed on a satpic.   And google The World at Night.
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On average the sun moves about 1 degree against the background stars per day (that's about 2 full moons!).  Since the Earth is on an elliptical orbit, we actually speed up and slow down, so it changes from day to day the exact amount.  \n\nIf you mean how many degrees above or along your local horizon, you need to give me your latitude and longitude to answer that.
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You can tell whether a point of light in the dark sky is a satellite or star usually by whether it moves or not. Stars are very far away so they look stationary. Satellites usually moves across the sky. Whether or not the the satellites are Japanese, American, or Russian, you have to look up the satellite in astronomy programs that plot satellite trajectories. You can't tell just by looking.\n\nAlso, some bright lights can be just airplanes flying at high altitude.
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Not under, but being orbited around.
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There are several commercial satellite imagery service providers: \n\nhttp://www.mapmart.com/WorldSatelliteImagery/satellite.htm\nhttp://www.terraserver.com/products/products.asp\nhttp://www.globexplorer.com/
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Polaris is always due north (duh!) and at an elevation equal to your latitude. So from LA, at 34° N latitude, Polaris will be 34° above your northern horizon. Remember that a compass does not point exactly north - in the LA area it points about 13° east of north.\n\nThe easiest way to locate Polaris is to follow a line through the two stars at the end of the Big Dippers Bowl.
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Do you mean satellites people made that are still up there? Because I think there is an answer to that question.\n\nBut natural satellites? Gazillions.
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No the resolution is not high enough but nasa is planning a satellite to orbit the moon that can take very close up pics and show where they are.
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None, at least no natural ones.  There may be artificial satellites sent there though.