nathangrand
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If a particle moves inside a loop then when is it's acceleration at a maximum? ie in a loop the loop
The discussion focuses on the dynamics of acceleration in circular motion, specifically within looped trajectories. It establishes that in a circular loop, acceleration remains constant, while in a loop-the-loop scenario, additional forces such as gravity significantly impact acceleration. The maximum acceleration occurs at the bottom of the loop due to the combined effects of centripetal force and gravitational force, necessitating greater upward thrust from the plane. This principle is illustrated through the example of swinging a bag vertically, where maximum tension—and thus risk of breakage—occurs at the lowest point of the swing.
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