11. a) Calculate the velocity that a cannonball must be shot at, horizontally from the top of Mt. Everest (altitude: 8850 m) in order to orbit the Earth, ignoring air resistance. b) How long would it take for the ball to return to the cannon, in seconds and minutes?
11. a) Calculate the velocity that a cannonball must be shot at, horizontally from the top of Mt. Everest (altitude: 8850 m) in order to orbit the Earth, ignoring air resistance. b) How long would it take for the ball to return to the cannon, in seconds and minutes?
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Transcribed Image Text:11.
a) Calculate the velocity that a cannonball must be shot at, horizontally from the top of
Mt. Everest (altitudę: 8850 m) in order to orbit the Earth, ignoring air resistance.
b) How long would it take for the ball to return to the cannon, in seconds and minutes?
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