Calculating & Plotting Period of Vibration for Slender Rod AB

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The discussion focuses on calculating and plotting the period of vibration for a slender rod AB attached to two collars in equilibrium. The problem requires determining the period of vibration for angles β ranging from 10 to 80 degrees and for weight ratios of W/W_AB equal to 0, 2, and 4. Participants clarify that "k" in the diagram represents the spring constant. Assistance is sought in setting up the problem for analysis. The thread emphasizes the need for a clear understanding of the system's dynamics to proceed with the calculations.
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Homework Statement



The slender rod AB of weight W_{AB} is attached to two identical collars, each of weight W. The system lies in a horizontal plane and is in equilibrium in the position shown when the collar A is given a small displacement and released. Calculate and plot the period of vibration for values of the angle β from 10 to 80 degrees for weight ratios \frac{W}{W_{AB}} of 0, 2, and 4.

http://image.cramster.com/answer-board/image/20095101932446337758076418525009540.jpg

I'm looking for help as to how to set the problem up that's all! Any help is appreciated!

Homework Equations





The Attempt at a Solution

 
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What does the k in the diagram represent?
 
spring constant, i would guess.
 
Yes it's the spring constant
 

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