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Title: A geologist suspends a 0.30-kg stone on an ideal spring. In equilibrium the stone stretches the ... Post by: Chery on Dec 5, 2016 A geologist suspends a 0.30-kg stone on an ideal spring. In equilibrium the stone stretches the spring 2.0 cm downward. The stone is then pulled an additional distance of 1.0 cm down and released from rest.
(a) Write down the equation for the vertical position y of the stone as a function of time t, using the cosine function. Take the origin at the equilibrium point of the stone, with the positive y direction upward. (b) How fast is the stone moving at a time equal to 1/3 of its period of motion? Title: Re: A geologist suspends a 0.30-kg stone on an ideal spring. In equilibrium the stone stretches the ... Post by: HotMath on Dec 5, 2016 Content hidden
Title: Re: A geologist suspends a 0.30-kg stone on an ideal spring. In equilibrium the stone stretches the ... Post by: Chery on Jan 13, 2017 You're right again!
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Title: Re: A geologist suspends a 0.30-kg stone on an ideal spring. In equilibrium the stone stretches the ... Post by: yayavega on Dec 4, 2020 thaks
Title: Re: A geologist suspends a 0.30-kg stone on an ideal spring. In equilibrium the stone stretches the ... Post by: Omar Martinez on Dec 4, 2020 Thanks
Title: Re: A geologist suspends a 0.30-kg stone on an ideal spring. In equilibrium the stone stretches the ... Post by: Yutong Zhang on Feb 8, 2021 Thanks
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