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ketz
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why it's impossible for a satellite in a non-equatorial plane to be geostationary? Explain in terms of gravitational force and centripetal force(If possible show equations and draw diagrams for forces acting on the satellite).
ketz said:why it's impossible for a satellite in a non-equatorial plane to be geostationary? Explain in terms of gravitational force and centripetal force(If possible show equations and draw diagrams for forces acting on the satellite).
A geostationary satellite is a type of satellite that is placed in a specific orbit around the Earth, 35,786 kilometers above the equator. This orbit allows the satellite to remain in a fixed position relative to the Earth's surface, making it appear to be stationary from a ground observer's perspective.
Geostationary satellites stay in orbit by balancing the gravitational pull of the Earth with their own forward velocity. This balance is achieved through precise calculations of the satellite's speed and direction, as well as regular adjustments using small thrusters.
Geostationary satellites have many advantages, including their fixed position above the Earth's surface, which allows for continuous coverage of a specific region. They also have a wide coverage area and can provide services such as telecommunications, weather monitoring, and navigation.
Yes, geostationary satellites can be moved, but it requires a significant amount of fuel and precise calculations. These movements are typically reserved for when a satellite is reaching the end of its lifespan or if it needs to be repositioned to provide coverage to a different region.
Geostationary satellites play a crucial role in our daily lives by providing various services, such as television and radio broadcasting, internet connectivity, and GPS navigation. They also help monitor weather patterns and aid in disaster response efforts.