can you help solved the underline part. Are the blanks of the values of torque and angular acceleration represent the averages?

Experiment 7. Rotation Time Lab Day Name Lah Parten DO Procedure A 005 Mussom bolder Diameter of pulley -024 cm Radius of pulley: T-Ia Tomega) s 1 T 39NV (N) (Nm) rado data for the cusing only the silver disk de | 005.01 Losa 9.425 / 1500 4.0149.00.216.076 1.001.011 1:250 /15. 184.950 19:096/18 960 955 404 .0011.012/1.150/13.614.750 /10.427855.189.145 data for the cases in both the silver disk and the back ring 1.000 1.021,450/10:277.5700 7.651/3.007.012 175 1.002.022/1.250/10:123.750 68076.652.157 212 .002.0241104.94.50 6.285330.176 151 kg m Average experimental rotational inertia with only the silver disk attached: Average experimental rotational inertia with black ring also attached: Experimental rotational inertia for the black ring kg m kg m 7-5 Experiment 7. Rotation Time Lab Day Name Lah Parten DO Procedure A 005 Mussom bolder Diameter of pulley -024 cm Radius of pulley: T-Ia Tomega) s 1 T 39NV (N) (Nm) rado data for the cusing only the silver disk de | 005.01 Losa 9.425 / 1500 4.0149.00.216.076 1.001.011 1:250 /15. 184.950 19:096/18 960 955 404 .0011.012/1.150/13.614.750 /10.427855.189.145 data for the cases in both the silver disk and the back ring 1.000 1.021,450/10:277.5700 7.651/3.007.012 175 1.002.022/1.250/10:123.750 68076.652.157 212 .002.0241104.94.50 6.285330.176 151 kg m Average experimental rotational inertia with only the silver disk attached: Average experimental rotational inertia with black ring also attached: Experimental rotational inertia for the black ring kg m kg m 7-5