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Satellite Leo refers to low Earth orbit (LEO) satellites that orbit the Earth at an altitude of around 2,000 kilometers. These satellites are used for various purposes such as communication, Earth observation, and scientific research. LEO satellites have shorter orbital periods and are closer to Earth compared to other types of satellites, which can result in faster data transmission and lower latency.
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How long does it take for a satellite to circle around the earth?
The time it takes for a satellite to complete one full orbit around the Earth, known as its orbital period, can vary depending on the altitude of the satellite. On average, a satellite in low Earth orbit (LEO) typically takes about 90 minutes to complete one orbit, while a geostationary satellite orbits the Earth every 24 hours.
What is the orbital speed of low orbit satellite?
The orbital speed of a low Earth orbit (LEO) satellite, typically at altitudes around 200 to 2,000 kilometers, is approximately 7.8 kilometers per second (about 28,000 kilometers per hour or 17,500 miles per hour). This speed allows the satellite to balance gravitational forces and maintain a stable orbit around the Earth. Variations in altitude can slightly affect this speed, but it generally remains within this range for LEO satellites.
Why must satellites in Leo travel very fast?
Satellites in Low Earth Orbit (LEO) must travel fast to continue orbiting the Earth without falling back down due to gravity. The high speed helps to balance the force of gravity to keep the satellite in orbit. Additionally, the fast speed allows the satellite to complete its orbit around the Earth in a relatively short amount of time.
Messier 31is the nearest what to the earth?
Messier 31 or M31 or the Andromeda Galaxy is the nearest large spiral galaxy to Earth.It is commonly assumed wrongly to be the closest galaxy to our own but other smaller galaxies are closer. In fact it is the 35th nearest galaxy to us.The Canus Major Dwarf Galaxy is thought to be closest at 42,000ly from the galactic core and 25,000ly from earth. It is infact closer to the solar system than the galactic core of the Milky Way. (Satellite of Milky Way)Sagillarius Dwarf Eliptical Galaxy is 50,000ly from the core and 70ly from Earth. (Satellite of Milky Way)Large Magellanic Cloud is 157,000 ly from the core. (Satellite of Milky Way)Bootes I Dwarf Galaxy is 197,000ly from the core. (Satellite of Milky Way)Small Magellanic Cloud is 206,000ly from the core. (Satellite of Milky Way)Ursa Minor Dwarf Galaxy is 206,000ly. (Satellite of Milky Way)Draco Dwarf Galaxy is 258,000ly. (Satellite of Milky Way)Sextans Dwarf Galaxy is 281,000ly. (Satellite of Milky Way)Sculptor Dwarf Galaxy is 287,000ly. (Satellite of Milky Way)Ursa Major I Dwarf Galaxy is 330,000ly. (Satellite of Milky Way)Carina Dwarf Galaxy is 330,000ly. (Satellite of Milky Way)Fornax Dwarf Galaxy is 460,000ly. (Satellite of Milky Way)Leo II Dwarf Galaxy is 701,000ly. (Satellite of Milky Way)Leo I Dwarf Galaxy is 820,000ly. (Satellite of Milky Way)Leo T Dward Galaxy is 1,370,000ly. (Satellite of Milky Way)Phoenix Dwarf Galaxy is 1,440,000ly. (Satellite of Milky Way)Barnard's Galaxy is 1,630,000ly. (Satellite of Milky Way)MGC1 star cluster is 2,000,000ly. (Isolated Cluster)NGC 185 Dwarf Galaxy is 2,010,000ly. (Satellite of Andromeda)Andromeda II Dwarf Galaxy is 2,130,000ly. (Satellite of Andromeda)IC 10 Galaxy is 2,200,000ly. (Satellite of Andromeda)NGC 147 Dwarf Galaxy is 2,200,000ly. (Satellite of Andromeda)Leo A Dwarf Galaxy is 2,250,000ly. (Satellite of Milky Way)IC 1613 Dwarf Irregular Galaxy is 2,350,000ly. (Satellite of Andromeda)Andromeda I Dwarf Galaxy is 2,430,000ly. (Satellite of Andromeda)Andromeda III Dwarf Galaxy is 2,440,000ly. (Satellite of Andromeda)Cetus Dwarf Galaxy is 2,460,000ly. (Satellite of Andromeda)M32/ Le Gentil Dwarf Eliptical Galaxy is 2,480,000ly. (Satellite of Andromeda)Cassiopeia Dwarf Galaxy/Andromeda VII 2,490,000ly. (Satellite of Andromeda)Andromeda IX Dwarf Galaxy is 2,500,000ly. (Satellite of Andromeda)LGS 3 Dwarf Irregular Galaxy is 2,510,000ly. (Satellite of Triangulum)Andromeda V Dwarf Galaxy is 2,520,000ly. (Satellite of Andromeda)Pegasus Dwarf Galaxy/Andromeda VI is 2,550,000ly. (Satellite of Andromeda)Andromeda VIII Galaxy is 2,560,000ly. (Satellite of Andromeda)M31/ Andromeda Galaxy is 2,560,000ly.M33/ Triangulum Galaxy is 2,640,000ly.
List a few common application areas for each orbits level satellite systems?
Low Earth Orbit (LEO): Earth observation, remote sensing, satellite communication. Medium Earth Orbit (MEO): Global positioning system (GPS). Geostationary Orbit (GEO): Weather monitoring, telecommunications, television broadcasting.
Which is closer to the sun a satellite in Leo orbit or in geostationary orbit?
LEO orbit is closer to the Earth than a geostationary orbit is.There's essentially no difference in their distance from the Sun.
How long does it take for a satellite to circle around the earth?
The time it takes for a satellite to complete one full orbit around the Earth, known as its orbital period, can vary depending on the altitude of the satellite. On average, a satellite in low Earth orbit (LEO) typically takes about 90 minutes to complete one orbit, while a geostationary satellite orbits the Earth every 24 hours.
The Hubble Space Telescope is located in LEO. Does the telescope move faster or slower around the Earth compared with a geostationary weather satellite?
That is the exact questin i had!!
What is the orbital speed of low orbit satellite?
The orbital speed of a low Earth orbit (LEO) satellite, typically at altitudes around 200 to 2,000 kilometers, is approximately 7.8 kilometers per second (about 28,000 kilometers per hour or 17,500 miles per hour). This speed allows the satellite to balance gravitational forces and maintain a stable orbit around the Earth. Variations in altitude can slightly affect this speed, but it generally remains within this range for LEO satellites.
Low Earth orbit satellite period of revolution?
umm if my calculations are correct the period of a low earth orbit (LEO) is approximately 40000000000069 years. as extrapolated from Kepler's equation.
Why must satellites in Leo travel very fast?
Satellites in Low Earth Orbit (LEO) must travel fast to continue orbiting the Earth without falling back down due to gravity. The high speed helps to balance the force of gravity to keep the satellite in orbit. Additionally, the fast speed allows the satellite to complete its orbit around the Earth in a relatively short amount of time.
Messier 31is the nearest what to the earth?
Messier 31 or M31 or the Andromeda Galaxy is the nearest large spiral galaxy to Earth.It is commonly assumed wrongly to be the closest galaxy to our own but other smaller galaxies are closer. In fact it is the 35th nearest galaxy to us.The Canus Major Dwarf Galaxy is thought to be closest at 42,000ly from the galactic core and 25,000ly from earth. It is infact closer to the solar system than the galactic core of the Milky Way. (Satellite of Milky Way)Sagillarius Dwarf Eliptical Galaxy is 50,000ly from the core and 70ly from Earth. (Satellite of Milky Way)Large Magellanic Cloud is 157,000 ly from the core. (Satellite of Milky Way)Bootes I Dwarf Galaxy is 197,000ly from the core. (Satellite of Milky Way)Small Magellanic Cloud is 206,000ly from the core. (Satellite of Milky Way)Ursa Minor Dwarf Galaxy is 206,000ly. (Satellite of Milky Way)Draco Dwarf Galaxy is 258,000ly. (Satellite of Milky Way)Sextans Dwarf Galaxy is 281,000ly. (Satellite of Milky Way)Sculptor Dwarf Galaxy is 287,000ly. (Satellite of Milky Way)Ursa Major I Dwarf Galaxy is 330,000ly. (Satellite of Milky Way)Carina Dwarf Galaxy is 330,000ly. (Satellite of Milky Way)Fornax Dwarf Galaxy is 460,000ly. (Satellite of Milky Way)Leo II Dwarf Galaxy is 701,000ly. (Satellite of Milky Way)Leo I Dwarf Galaxy is 820,000ly. (Satellite of Milky Way)Leo T Dward Galaxy is 1,370,000ly. (Satellite of Milky Way)Phoenix Dwarf Galaxy is 1,440,000ly. (Satellite of Milky Way)Barnard's Galaxy is 1,630,000ly. (Satellite of Milky Way)MGC1 star cluster is 2,000,000ly. (Isolated Cluster)NGC 185 Dwarf Galaxy is 2,010,000ly. (Satellite of Andromeda)Andromeda II Dwarf Galaxy is 2,130,000ly. (Satellite of Andromeda)IC 10 Galaxy is 2,200,000ly. (Satellite of Andromeda)NGC 147 Dwarf Galaxy is 2,200,000ly. (Satellite of Andromeda)Leo A Dwarf Galaxy is 2,250,000ly. (Satellite of Milky Way)IC 1613 Dwarf Irregular Galaxy is 2,350,000ly. (Satellite of Andromeda)Andromeda I Dwarf Galaxy is 2,430,000ly. (Satellite of Andromeda)Andromeda III Dwarf Galaxy is 2,440,000ly. (Satellite of Andromeda)Cetus Dwarf Galaxy is 2,460,000ly. (Satellite of Andromeda)M32/ Le Gentil Dwarf Eliptical Galaxy is 2,480,000ly. (Satellite of Andromeda)Cassiopeia Dwarf Galaxy/Andromeda VII 2,490,000ly. (Satellite of Andromeda)Andromeda IX Dwarf Galaxy is 2,500,000ly. (Satellite of Andromeda)LGS 3 Dwarf Irregular Galaxy is 2,510,000ly. (Satellite of Triangulum)Andromeda V Dwarf Galaxy is 2,520,000ly. (Satellite of Andromeda)Pegasus Dwarf Galaxy/Andromeda VI is 2,550,000ly. (Satellite of Andromeda)Andromeda VIII Galaxy is 2,560,000ly. (Satellite of Andromeda)M31/ Andromeda Galaxy is 2,560,000ly.M33/ Triangulum Galaxy is 2,640,000ly.
Will someone be brothers with you My friend code on mega man star force Leo is 017451745257 you need a Pegasus or dragon satellite brother?
no,I have tryed,to become friends with people but they are not ready.
Which is the best kind of orbit for a military spy satellite?
The best kind of orbit for a military spy satellite is typically a low Earth orbit (LEO), usually between 180 to 2,000 kilometers above the Earth. This orbit allows for high-resolution imaging and better surveillance capabilities due to its proximity to the surface. Additionally, LEO satellites can revisit targets more frequently, enhancing real-time intelligence gathering. Geostationary orbits may also be used for continuous coverage, but they are less effective for detailed imaging compared to LEO.
What is the difference between GEO MEO and LEO satellites?
LEO os called Low earth orbit, MEO is called Medium Earth Orbit and GEO is called Geostationary orbit. LEO are about 500 Km to 1500 Km above the earth, so the delay is very small and the losses is small too. MEO are installed at 5000 to 12000 km above the earth and generally used for navigation communications like GPS. GEO is about 35800 Km above the equator, the delay and losses are greater, but the advantages is more coverage (it covers 40% of the earth) and there no need to track the satellite, so the earth terminal is cheaper.See the following figure which describes them nicelyI would like to add few additional information as follows:1. Since LEO satellite is nearer to planet compare to MEO and GEO, it has small cell (or foot print).2. Due to small cell coverage, more number of LEO satellite need to install to cover the planet(for instance earth).3. LEO moves very fast compare to MEO, so very frequent hand-off is required between two LEO satellites to avoid interrupt for ongoing calls between two users.4. GPS satellite uses medium earth orbit.5. Satellites which use geostationary orbit known as GEO
List a few common application areas for each orbits level satellite systems?
Low Earth Orbit (LEO): Earth observation, remote sensing, satellite communication. Medium Earth Orbit (MEO): Global positioning system (GPS). Geostationary Orbit (GEO): Weather monitoring, telecommunications, television broadcasting.
What is the altitude of the lowest flying satellite?
the lowest flying satilite is DAN 100kl above the earths surface
