3. Pilots of high-performance aircraft risk loss of consciousness if the undergo accelerationsexceeding about 5g. For a military jet flying at 2470 km/hr (about twice the speed of sound),what is the minimum time it takes the jet to reverse its direction in a circular turn whilekeeping the acceleration below the 5g safety threshold?

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Description: 3. Pilots of high-performance aircraft risk loss of consciousness if the undergo accelerationsexceeding about 5g. For a military jet flying at 2470 km/hr (about twice the speed of sound),what is the minimum time it takes the jet to reverse its direc

Centripetal acceleration of the flight a =5g = 49 m/s^2 Tangential speed of the flight V=…

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Pilots of high-performance aircraft risk loss of consciousness if the undergo accelerations ceeding about 5g. For a military jet flying at 2470 km/hr (about twice the speed of sound), hat is the minimum time it takes the jet to reverse its direction in a circular turn while eping the acceleration below the 5g safety threshold?

Pilots of high-performance aircraft risk loss of consciousness if the undergo accelerations ceeding about 5g. For a military jet flying at 2470 km/hr (about twice the speed of sound), hat is the minimum time it takes the jet to reverse its direction in a circular turn while eping the acceleration below the 5g safety threshold?

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3. Pilots of high-performance aircraft risk loss of consciousness if the undergo accelerations
exceeding about 5g. For a military jet flying at 2470 km/hr (about twice the speed of sound),
what is the minimum time it takes the jet to reverse its direction in a circular turn while
keeping the acceleration below the 5g safety threshold?

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