Assume that the physical pendulum in a grandfather's clock is composed of a uniform rod (mass mrod = 5M, length Lrod = 10R) pivoted at the top, with its lower endconnected to a uniform disk (mass mdisk = M, radius rdisk = R). The expressions for the moments of inertia about the centers of mass are: Irod = (1/12) mrod Lrod and Idisk =(1/2) mdisk rdisk?. Using the parallel axis theorem for both (rod and disk), find the moment of inertia of the system about the pivot. Report your answers in terms of Mand R.O (1729/6) MR?O (259/6) MR²O (1603/6) MR2O (253/6) MR²

Given, mass of rod, mrod=5M length of the rod, Lrod=10R mass of disk, mdisk=M the radius of the…

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