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Himal kharel
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when two identical satellites of same cicular orbit around the Earth but in opposite direction. assuming that an inelastic collision takes place what happens to the wreckage.
Himal kharel said:when two identical satellites of same cicular orbit around the Earth but in opposite direction. assuming that an inelastic collision takes place what happens to the wreckage.
Drakkith said:Is this supposed to be a realistic question? At the velocity they will impact at, you won't have any wreckage to find hardly.
Satellite collisions are relatively rare, with only a handful of documented cases since the launch of the first satellite in 1957. However, as more and more satellites are launched into orbit, the risk of collisions increases.
The main factors that contribute to satellite collisions are the sheer number of satellites in orbit, the increasing use of satellite technology, and the lack of a coordinated system for tracking and avoiding potential collisions.
The effects of satellite collisions can range from minor damage to the affected satellites to significant disruptions in communication and navigation systems. In severe cases, the debris from the collision can also pose a threat to other satellites and spacecraft in orbit.
Inelastic collisions between two satellites can cause significant changes in their orbits, leading to disruptions in their intended functions. This can result in decreased performance or complete failure of the affected satellites.
To prevent satellite collisions, measures such as regular tracking and monitoring of satellites, maneuvers to avoid potential collisions, and the development of collision avoidance systems are being implemented. However, there is still a need for more coordinated efforts and regulations to minimize the risk of collisions in space.