it burns off due to friction associated with the gravitational pull of the earth. it may appear as a shooting star during its process of burning.
It depends on which satellite you are talking about. However YES, it is closer than any geostationary weather satellite and it is closer than any GPS satellites.
The primary body in the context of an elliptical orbit, such as that of the Maverick weather satellite, is typically Earth. The satellite orbits around Earth in an elongated path, with Earth located at one of the two foci of the ellipse. This means that the distance between the satellite and Earth varies throughout the orbit, resulting in the satellite moving faster when it is closer and slower when it is farther away.
The Moon is closer to Earth than Polaris. The Moon is our planet's natural satellite, orbiting at an average distance of about 384,400 km, while Polaris is a star located about 433 light-years away from Earth, making it much farther.
The definition of a satellite be it man made or natural is, a body that orbits the parent. The earth is a satellite of the sun, the moon is a satellite of the earth ans so are all the man made ones we put in space.
The Moon is Earth's natural satellite.
The one that is closer will move at a higher speed. The same happens, for example, with planets revolving around the Sun - the planets closer to the Sun move faster.
If a satellite slows down, it will start to move closer to Earth as gravity becomes more dominant. This can lead to its orbit decaying and potentially reentering the Earth's atmosphere. Additionally, a slowdown could affect the satellite's ability to maintain its position for communication or observation purposes.
As we get closer to the center of the earth, the gravity of earth increases and the heat too increases...thats what i think.
It depends on which satellite you are talking about. However YES, it is closer than any geostationary weather satellite and it is closer than any GPS satellites.
That happens when the satellite enters Earth's shadow.
An elliptical satellite is a type of satellite that orbits Earth in an elliptical path, meaning its distance from Earth varies throughout its orbit. This results in the satellite moving closer to and farther from Earth as it completes its orbit. Elliptical satellites are commonly used for applications like communication and remote sensing.
Technically, the Earth and any satellite both circle their mutual center of mass. Just like the balancing of an adult and a child on a see-saw, since the earth's mass is several times the mass of the satellite, their common center of mass is closer to the earth's center than it is to the satellite. Even in the case of the moon, the pair's common center of mass is inside the earth. In the case of any man-made artificial satellite, the mass ratio is several gazillion, and the common center of mass can't be more than a hair's breadth from the earth's center. So for any satellite, including the moon, it looks exactly as if the satellite is circling the earth.
The primary body in the context of an elliptical orbit, such as that of the Maverick weather satellite, is typically Earth. The satellite orbits around Earth in an elongated path, with Earth located at one of the two foci of the ellipse. This means that the distance between the satellite and Earth varies throughout the orbit, resulting in the satellite moving faster when it is closer and slower when it is farther away.
The Moon is closer to Earth than Polaris. The Moon is our planet's natural satellite, orbiting at an average distance of about 384,400 km, while Polaris is a star located about 433 light-years away from Earth, making it much farther.
LEO orbit is closer to the Earth than a geostationary orbit is.There's essentially no difference in their distance from the Sun.
It gets hotter
It increases.