MAPUA Department of U UNIVERSITY HYSICS Table 2. Moment of Inertis of a Ring Pulley mass of pulley M = 0.700 kg Inner radius of puley r = 0.090 m outer radius of pulley R = 0.120 m moment of Inertle (computed ) 1. = 0.007875 kg-m> TRIAL Moment final time Inear Falling Inertia angular velocity acceleratio mass experimental acceleratlo Torque v (m/s) ka -mal O [red /s:) 1 1.1 0.73 1.53 0 100 0.00773 12.79 0.0992 1.3 0.61 2.18 0 150 0.00773 17.75 0.1381 0.65 2.64 0.200 0.00781 21 0.1718 1.59 0.505 3.07 0.250 0.00789 25.58 0.2018 1.65 0.475 3.47 0.300 0.00783 23.97 0-2279 Screenshots of Trial 1 (Set Up and v vs. t graph ): II. Sample Computation of Trial 1 (a, I, and I.): III. Analysis : Based from the date in Table 2, answer the following questions a. What factors determine the moment of inertie of a ring pulley ? b. What effect does the falling mass have on the moment of inertis of the ring pulley ? :. What effect does increasing/decreasing the felling mess m have on linear acceleration Conclusion