Table 1. Moment of Inertia of a Solid Disk Pulley mass of pulley M = 0.500 kg radius of puley R = 0.110 m moment of Inert: (computed ) 1, = 0.00363 kg.m> TRIAL Moment of final time : Inear falling Inertia angular velocity acceleration mass (experimental acceleration Torque V (m/s] m (kq) I, Okp mal D (Nm ) O Cred /30 1 1.4 0.57 2.45 0.100 0.00361 22.4 0-0081 2 1.6 0.49 3.27 0.150 0.00362 29.73 0.1076 1.75 0.45 3.89 0.200 0.00363 35.36 01301 1.80 0.42 4.48 0.250 0.00359 40.73 0.1462 1.95 0.40 4.8 8 0.300 0.00365 44 36 0.1624 Screenshots of Trial 1 (Set Up and v vs. t graph ): II. Sample Computation of Trial 1 (a, I_ and 1.): III. Analysis : Based from the date in Table 1, answer the following questions. a. What factors determine the moment of inertis of a solid disk pulley ? b. What effect does the felling mess have on the moment of inertis of the solid disk pulley ? c. What effect does increasing/decreasing the falling mess m have on linear acceleration Conclusion