 
 <prompt> text: ```Answer di questions wey dey di end based on di tori.

A geostationary orbit, geostationary Earth orbit or geosynchronous equatorial orbit (GEO) na circular orbit wey dey on top of di Earth's equator and dey follow di direction of di Earth's rotation. An object wey dey for dis kind orbit get orbital period wey equal to di Earth's rotational period (one sidereal day) and so e dey look like say e no dey move, e dey for one fixed position for sky, to ground observers. Communications satellites and weather satellites dey often dey put for geostationary orbits, so dat di satellite antennas (wey dey for Earth) wey dey communicate with dem no need to dey rotate to track dem, but fit dey pointed permanently for di position for sky where di satellites dey located. Using dis characteristic, ocean color satellites with visible and near-infrared light sensors (e.g. the Geostationary Ocean Color Imager (GOCI)) fit also dey operated for geostationary orbit to monitor sensitive changes for ocean environments.

A geostationary orbit na one particular type of geosynchronous orbit, di difference na say while object for geosynchronous orbit dey return to di same point for sky at di same time every day, object for geostationary orbit no dey ever leave dat position.

Di idea of one geostationary space station wey get radio communication capability bin dey published for 1928 by Herman Potočnik. Di first appearance of one geostationary orbit for popular literature bin dey for di first Venus Equilateral story by George O. Smith, but Smith no go into details. British science fiction author Arthur C. Clarke spread di idea well well, with more details on how e go work, for one 1945 paper wey e call "Extra-Terrestrial Relays — Can Rocket Stations Give Worldwide Radio Coverage?", wey e publish for "Wireless World" magazine. Clarke acknowledge di connection for im introduction to "The Complete Venus Equilateral". Di orbit, wey Clarke first describe as useful for broadcast and relay communications satellites, sometimes dey called the Clarke Orbit. Similarly, di Clarke Belt na di part of space wey dey about above sea level, for di plane of di equator, where near-geostationary orbits fit dey implemented. Di Clarke Orbit dey about in circumference.

1. Wetin be GEO
2. Wia e dey above?
3. How long e dey rotate
4. E dey look like say e dey move?
5. Wetin be di type of orbit wey GEO be
6. Who first talk about dis kain object?
7. For which tori?
8. When Herman Potocnik mention am
9. Wetin be the name of Arthur C. Clarke paper?
10. Wia e publish?
11. When e publish?``` <response>: ```1. A geostationary orbit
2. Earth's equator
3. one sidereal day
4. No
5. a particular type
6. George O. Smith
7. Venus Equilateral story
8. 1928
9. Extra-Terrestrial Relays — Can Rocket Stations Give Worldwide Radio Coverage?
10. Wireless World
11. 1945``` 