A pilot of mass 72.0 kg flying in a stunt plane attempts an Outside Loop. This is where the pilots head is on the outside of the loop at all times. The plane travels with a speed of 95 m/s and the radius of the loop is 1015 m. Determine the Normal force exerted by the seat on the pilot at: a. The top of the loop b. The bottom of the loop **Draw the FBD in each case c. Comment on your answer to b. What makes this work for the pilot? Hint: Compare the normal force to the pilots normal weight

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A pilot of mass 72.0 kg flying in a stunt plane attempts an Outside Loop. This is
where the pilots head is on the outside of the loop at all times. The plane travels
with a speed of 95 m/s and the radius of the loop is 1015 m. Determine the Normal
force exerted by the seat on the pilot at:
a. The top of the loop
b. The bottom of the loop
**Draw the FBD in each case
c. Comment on your answer to b. What makes this work for the pilot? Hint:
Compare the normal force to the pilots normal weight.
Transcribed Image Text:A pilot of mass 72.0 kg flying in a stunt plane attempts an Outside Loop. This is where the pilots head is on the outside of the loop at all times. The plane travels with a speed of 95 m/s and the radius of the loop is 1015 m. Determine the Normal force exerted by the seat on the pilot at: a. The top of the loop b. The bottom of the loop **Draw the FBD in each case c. Comment on your answer to b. What makes this work for the pilot? Hint: Compare the normal force to the pilots normal weight.
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