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# N11 - mass m will be in equilibrium at the center of the...

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N11: Oscillations

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Problem : A mass m is suspended by a spring with spring constant k attached to the ceiling. Find the frequency of small up and down oscillations of the mass about its equilibrium position.
Problem : A pendulum consists of a mass m suspended by a string of length L in a uniform gravitational Feld g. ±ind the frequency of small oscillations about the equilbrium.

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Problem : Imagine a tunnel straight through the center of the earth. A particle of
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Unformatted text preview: mass m will be in equilibrium at the center of the tunnel. Find the frequency of oscillations about this equilibrium. Assume that the earth has uniform density. Problem : Two different springs with spring constants k 1 and k 2 are attached to a mass m “in series” as shown above. Find the frequency of small oscillations along the spring direction. Neglect gravity....
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N11 - mass m will be in equilibrium at the center of the...

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