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Geostationary orbit

Summary Of: Geostationary

a geostationary object appears motionless in the sky and is therefore the... geostationary orbits may be achieved... Geostationary orbits are useful because they cause a satellite to appear stationary with respect to a... Geostationary orbits can be achieved only very close to the ring 35... In practice this means that all geostationary satellites have to exist on this ring... A worldwide network of operational geostationary meteorological satellites is used to provide visible and infrared images of Earth... geostationary orbit is independent of the mass of the satellite... While a geostationary orbit should hold a satellite in fixed position above the equator... Satellites in geostationary orbits are far enough away from Earth that communication latency becomes very high... trip from a ground based transmitter to a geostationary satellite and back... Satellites in geostationary orbit must all occupy a single ring above the equator... the geostationary orbit is independent of the satellite... Graphical derivation of the geostationary orbit radius for the Earth...

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Geostationary orbit | | Various earth orbits to scale; black dashed line represents geostationary orbit. | | geosynchronous orbit | Earth | equator | latitude | orbital eccentricity | orbit | artificial satellites | longitude | geosynchronous satellite | Herman Potočnik | orbit | Arthur C. Clarke | Wireless World | mean sea level | antenna | altitude | 35,786 km (22,240 statute miles) | orbital period | rotation | sidereal day | footprint | inclined orbits | disposal orbit | geostationary transfer orbit | low Earth orbit | US | GOES | Meteosat | European Space Agency | EUMETSAT | Japanese | India | INSAT | communications satellites | broadcast satellites | SBAS | Russian | elliptical | Molniya | Tundra | Syncom | Delta-D | statite | solar sail | centripetal acceleration | sidereal day | Newton's second law | mass | acceleration | centripetal acceleration | gravitational acceleration | centripetal acceleration | angular speed | gravitational acceleration | gravitational constant | geocentric gravitational constant | sidereal day | seconds | Earth's equatorial radius | orbital perturbations | station keeping | latitudes | meridian | cosine rule | Earth's radius | speed of light | longitude | latitudes | ITU | Geostationary transfer orbit | Orbital stationkeeping | Space elevator | List of orbits | small body approximation | ISS | geocentric gravitational constant | Federal Standard 1037C | MIL-STD-188 | v | d | Orbits | Box | Capture | Circular | Elliptical | Highly elliptical | Escape | Graveyard | Hyperbolic trajectory | Inclined | Non-inclined | Osculating | Parabolic trajectory | Parking | Synchronous | semi | sub | Geocentric | Geosynchronous | Sun-synchronous | Low Earth | Medium Earth | Molniya | Near-equatorial | Orbit of the Moon | Polar | Tundra | Areosynchronous | Areostationary | Halo | Lissajous | Lunar | Heliocentric | Heliosynchronous | Classical | Inclination | Longitude of the ascending node | Eccentricity | Argument of periapsis | Semi-major axis | Mean anomaly | epoch | True anomaly | Semi-minor axis | Linear eccentricity | Eccentric anomaly | Mean longitude | True longitude | Orbital period | Maneuvers | Bi-elliptic transfer | Geostationary transfer | Gravity assist | Hohmann transfer | Inclination change | Phasing | Rendezvous | Transposition, docking, and extraction | orbital mechanics | Apsis | Celestial coordinate system | Delta-v budget | Epoch | Ephemeris | Equatorial coordinate system | Gravity turn | Ground track | Interplanetary Transport Network | Kepler's laws of planetary motion | Lagrangian point | Low energy transfers | n-body problem | Oberth effect | Orbit equation | Orbital state vectors | Perturbation | Retrograde and direct motion | Specific orbital energy | Specific relative angular momentum | List of orbits | Categories | Celestial mechanics | Orbits | Astrodynamics | Earth orbits | Satellites | Geostationary orbit |
This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Geostationary".