Darrel Deval is flying his stunt plane in a horizontal circle at 83.5 m/s with some friends in the back seat. For his friends sake, he wishes to keep the centripetal acceleration at 3.5g or less (that is, the acceleration should be no more than 3.5 times the acceleration of gravity). a. What is the minimum radius turn that Darrel Deval can make? Radius m Net Force info Attempts: 0/00 b. Calculate the net centripetal force exerted by the plane upon a 81.3-kg passenger when making such a turn Info Attempts: 0/00 N Submit Submit
Darrel Deval is flying his stunt plane in a horizontal circle at 83.5 m/s with some friends in the back seat. For his friends sake, he wishes to keep the centripetal acceleration at 3.5g or less (that is, the acceleration should be no more than 3.5 times the acceleration of gravity). a. What is the minimum radius turn that Darrel Deval can make? Radius m Net Force info Attempts: 0/00 b. Calculate the net centripetal force exerted by the plane upon a 81.3-kg passenger when making such a turn Info Attempts: 0/00 N Submit Submit
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Darrel Deval is flying his stunt plane in a horizontal circle at 83.5 m/s with some friends in the back seat. For his friends sake, he
wishes to keep the centripetal acceleration at 3.5g or less (that is, the acceleration should be no more than 3.5 times the
acceleration of gravity).
a. What is the minimum radius turn that Darrel Deval can make?
Radius
m
Net Force
info
b. Calculate the net centripetal force exerted by the plane upon a 81.3-kg passenger when making such a turn.
info
Attempts: 0/00
N
Attempts 0/00
Submit
Submit
Ce
be
eed i
ос
nhưng tin
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