Consider an abandoned particle in free fall from an H-height relative to the ground. After reaching the ground the particle bounces and when rising again reaches a maximum height that is half the original height. Dal she falls again, bounces on the ground and reaches a height that is half of the previous Such process occurs until the particle stops bouncing. Question: How long does the particle take to stop. Physically explain your reasoning for building the solution to the problem. Consider gravity equal to g.
Consider an abandoned particle in free fall from an H-height relative to the ground. After reaching the ground the particle bounces and when rising again reaches a maximum height that is half the original height. Dal she falls again, bounces on the ground and reaches a height that is half of the previous Such process occurs until the particle stops bouncing. Question: How long does the particle take to stop. Physically explain your reasoning for building the solution to the problem. Consider gravity equal to g.
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Consider an abandoned particle in free fall from an H-height relative to the ground. After reaching the ground the particle bounces and when rising again reaches a maximum height that is half the original height. Dal she falls again, bounces on the ground and reaches a height that is half of the previous Such process occurs until the particle stops bouncing. Question: How long does the particle take to stop. Physically explain your reasoning for building the solution to the problem. Consider gravity equal to g.
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