In the context of mechanical vibrations, what are the theoretical implications of resonance on system stability, and how do natural frequencies play a critical role in predicting and mitigating potentially destructive vibrational behavior?
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Carson M.
Consider a situation in which any physical system goes into resonance. Take as an example the fact that a marching platoon of soldiers stops the march just before crossing a bridge and picks it up again after passing it. What physical phenomenon is the platoon avoiding or is this behavior traditionally practiced for no underlying physical reason? Base your position on concepts of physics studied in this course]
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