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20cm 2. A solid and uniform 0.8 kg disk with a radius of 20 cm starts at rest above. A 10 N force is applied tangentially to the disk. An ant clings to the edge of the disk. Ants are famous for their "arm" strength. I read they can apply a force 5,000 times greater than their weight. Use this fact to approximate the time at which the ant will no longer be able to cling to the disk.

20cm 2. A solid and uniform 0.8 kg disk with a radius of 20 cm starts at rest above. A 10 N force is applied tangentially to the disk. An ant clings to the edge of the disk. Ants are famous for their "arm" strength. I read they can apply a force 5,000 times greater than their weight. Use this fact to approximate the time at which the ant will no longer be able to cling to the disk.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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20cm 2. A solid and uniform 0.8 kg disk with a radius of 20 cm starts at rest above. A 10 N force is applied tangentially to the disk. An ant clings to the edge of the disk. Ants are famous for their "arm" strength. I read they can apply a force 5,000 times greater than their weight. Use this fact to approximate the time at which the ant will no longer be able to cling to the disk.
Transcribed Image Text:20cm 2. A solid and uniform 0.8 kg disk with a radius of 20 cm starts at rest above. A 10 N force is applied tangentially to the disk. An ant clings to the edge of the disk. Ants are famous for their "arm" strength. I read they can apply a force 5,000 times greater than their weight. Use this fact to approximate the time at which the ant will no longer be able to cling to the disk.
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