Asked by Anonymous
A jet pilot (80 kg) flies a loop-de-loop at a constant speed of 600 m/s.
a) What minimum radius can the loop have so that the centripetal acceleration is no more than 6ag?
b) Suppose that the pilot just happened to be sitting on a spring scale while flying the jet. What will the scale read (in Newtons) when he is b) at the bottom of the loop (and flying right-side-up), and c) at the top of the loop (and flying upside-down)?
Please help ASAP!!
a) What minimum radius can the loop have so that the centripetal acceleration is no more than 6ag?
b) Suppose that the pilot just happened to be sitting on a spring scale while flying the jet. What will the scale read (in Newtons) when he is b) at the bottom of the loop (and flying right-side-up), and c) at the top of the loop (and flying upside-down)?
Please help ASAP!!
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