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18. For the following system of individual point masses, A) calculate the location of the rotation axis that gives the smallest value of moment of inertia, and B) calculate the moment of inertia about that point. x=0 0.2 12 kg 0.5 18 kg L = 1.2 m 1.1 23 kg

18. For the following system of individual point masses, A) calculate the location of the rotation axis that gives the smallest value of moment of inertia, and B) calculate the moment of inertia about that point. x=0 0.2 12 kg 0.5 18 kg L = 1.2 m 1.1 23 kg

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18. For the following system of individual point masses, A) calculate the location of the rotation axis that gives the smallest value of moment of inertia, and B) calculate the moment of inertia about that point. x = 0 0.2 12 kg 0.5 18 kg L = 1.2 m 1.1 23 kg
Transcribed Image Text:18. For the following system of individual point masses, A) calculate the location of the rotation axis that gives the smallest value of moment of inertia, and B) calculate the moment of inertia about that point. x = 0 0.2 12 kg 0.5 18 kg L = 1.2 m 1.1 23 kg
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