Will the spoon fall on the earth?

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If a spoon is released from a satellite in orbit, it will continue to orbit the Earth due to its initial velocity. The outcome changes if minimal atmospheric friction is considered, as this would eventually slow the spoon down, causing it to fall towards Earth. Upon re-entry, the friction from the atmosphere would generate enough heat to melt the spoon, preventing it from reaching the surface. Thus, while the spoon may initially remain in orbit, it will ultimately be destroyed before making contact with the Earth. The discussion highlights the complexities of orbital mechanics and atmospheric re-entry.
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An astronaut in the satellite releases a spoon out of satellite in the space. Will the spoon fall on the earth?
 
This depends much on the state of the satellite. If the satellite is orbiting the Earth then the spoon -as it is dropped from the satellite- will have sufficient velocity to stay also in orbit. Of course it depends also whether you are considering or not zero friction. If you consider realistic conditions in which there is a -minimal- friction also in outer space, then the spoon will slow down until it eventually falls on the earth. Anyway while falling through the atmosphere the friction will heat it up enough to melt it and destroy it, so it will not actually arrive on the Earth surface...
 

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