geosynchronous orbit

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الإنجليزية - التركية
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geosynchronous earth orbit
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الإنجليزية - الإنجليزية
An equatorial, circular orbit approximately 36,000 km above the centre of the Earth in the plane of the equator
Orbit about 22,300 miles above the earth that communications satellites are placed in, causing the satellite to orbit at the same speed as the earth, so the dish antennas used to send and receive microwave signals remain fixed on the appropriate satellite at all times 6 12
A satellite orbit in which the satellite is stationary with respect to the earth The satellite is always positioned over the same location
The orbit position where communication satellites will rotate at the same speed as the surface of the earth, remaining stationary over the same earth location (about 23,300 miles above the earth's equator)
a direct, circular, low inclination orbit in which the satellite's orbital velocity is matched to the rotational velocity of the planet; a spacecraft appears to hang motionless above one position of the planet's surface
An orbit in which a satellite revolves about the Earth at the same rate at which the Earth rotates on its axis It is 22,300 statute miles, 19,300 nautical miles, or 35,880 kilometers above the surface of the Earth From the Earth, the satellite appears to be stationary over a point on the Earth
An orbit in which a satellite's orbital velocity is matched to the rotational velocity of the planet A spacecraft in geosynchronous orbit appears to hang motionless above one position of a planet's surface
Any orbit about the Earth, which orbit has a period equal to the period of rotation of the Earth about its axis, and in the same sense, i e , direction, as the rotation of the Earth
the orbit a satellite takes around the Earth This orbit takes about 24 hours and is located the same distance from the surface of the Earth in synchrony with the Earth's rotation
a circular orbit around the Earth having a period of 24 hours
A circular satellite orbit at the distance from Earth at which the orbital period of a satellite is 1 day, i e , equal to the rotational period of Earth Because a satellite in this orbit remains above the same point on the ground, it is the location of many communications and weather satellites
– An orbital path above the earth where satellites can travel at earth's speed of rotation so that it appears to be stationary in relation to a fixed position on earth
An equatorial orbit roughly 35,800 kilometers above Earth in which a satellite can remain fixed relative to Earth's surface
The orbit of a satellite that travels above the Earth's equator from west to east so that it has a speed matching that of the Earth's rotation and remains stationary in relation to the Earth (also called geostationary) Such an orbit has an altitude of about 35,900 km (22,300 miles)
A direct, circular, low-inclination orbit in which the satellite's orbital velocity is matched to the rotational velocity of the planet; a spacecraft appears to hang motionless above one position of the planet's surface
Sometimes known as a geostationary orbit, in which a satellite's orbital velocity is matched to the rotational velocity of the planet, and as such, a geostationary satellite would appear to be stationary relative to the Earth
Position over the equator that communication satellites assume; an area about 23,000 miles above the earth's surface where a satellite's velocity matches the rotation of the earth, causing it to remain stationary relative to a point on the earth
The position at which communications satellites will remain in orbit above the same location on the earth, about 23,000 miles above the surface
geosynchronous orbit
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