When the connecting rod shown is suspended from the knife-edge at point O and displaced slightly so that it oscillates as a pendulum, its period of oscillation is 0.77 s. In addition, it is known that the mass center G is located a distance L = 110 mm from O and that the mass of the connecting rod is 661 g. Using the energy method, determine the mass moment of inertia of the connecting rod IG.
Figure P9.67
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