Pendulums ~ period of oscillation

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The discussion revolves around calculating the period of small oscillations for a pendulum consisting of two disks connected by a massless rod. The problem requires finding the period using the formula T = 2pi/omega, but participants express confusion about visualizing the setup and understanding the oscillation concept. Clarification is sought regarding the specifics of the pendulum's motion and the parameters involved. The lack of a clear starting point for solving the problem is a common concern among participants. Overall, the thread highlights the need for a better understanding of pendulum dynamics and oscillation principles.
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Homework Statement


A pendulum is made of 2 disks, each of mass M and radius R separated by a massless rod. one of the disks is pivoted through its center by a small pin. The disks hang in the same plane and their centers are a distance L apart. Find the period for small oscillations.


Homework Equations


T = 2pi/omega


The Attempt at a Solution


I honestly haven't a clue how to start the problem. I am having trouble even visualizing it. Can anybody clarify what the question is?
 
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Find the period of small oscillations...? Anything more is given?
I don't see any oscillations there.. :confused:
 

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