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A one kilogram mass is dropped from a helicopter. Aside from the usual gravity, the other force is air resistance, which we assume equal, in Newtons, the SQUARE of the velocity, pointing upwards. What is the terminal velocity?

A one kilogram mass is dropped from a helicopter. Aside from the usual gravity, the other force is air resistance, which we assume equal, in Newtons, the SQUARE of the velocity, pointing upwards. What is the terminal velocity?

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A one kilogram mass is dropped from a helicopter. Aside from the usual gravity, the other force is air resistance, which we assume equal, in Newtons, the SQUARE of the velocity, pointing upwards. What is the terminal velocity?
Transcribed Image Text:A one kilogram mass is dropped from a helicopter. Aside from the usual gravity, the other force is air resistance, which we assume equal, in Newtons, the SQUARE of the velocity, pointing upwards. What is the terminal velocity?
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