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Asked Dec 5, 2019
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An airplane maintains a constant speed of 277 m/s as it travels around a vertical circular loop which has 2.20 km radius. Determine the magnitude of the airplanes' force on the 125 kg pilot at the bottom of the loop

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Step 1

Given:

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Speed of airplane, v= 277 m /s Mass of piolet,m =125 kg Radius of vertical loop, r = 2.2km = 2200m

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Step 2

We know:...

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The magnitude of the airplanes' force on the 125 kg pilot mv? at the bottom of the loop, F = 125 x 2772 2200 F= 4359.6N Note: This is not the total force on the pilot, as the pilot also will experience a force due to gravity, mg.

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