Mechanics Problem: Time Period of Simple Pendulum with Uniform Rod and Mass m

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Homework Statement



In a simple pendulum the string supporting the bob is replaced by a uniform rod of length L and mass M.Find the nw time period for small oscillations.Mass of the bob m.

Any help how to do it correctly?

Homework Equations


The Attempt at a Solution



Any help how to do it correctly?
 
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i guess the mass of string was neglected
and now since the rod has mass M, the CG of the system has changed
 
Basically, this is a physical pendulum now. Sure, the centre of mass has changed. So has the moment of inertia. If I remember right, the moment of inertia of a physical pendulum determines its period, but you'll have to derive the exact relation.
 
It's given a gas of particles all identical which has T fixed and spin S. Let's the density of orbital states and for , zero otherwise. How to compute the number of accessible quantum states of one particle? This is my attempt, and I suspect that is not good. Let S=0 and then bosons in a system. Simply, if we have the density of orbitals we have to integrate and we have...
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