A system consists of two disks on a single axle. The disks are free to rotate separately, and are initially separated by some distance, as shown in the gure. Disk (1) has a moment of inertia of 0.00500 kg'mz, Q) and disk (2) has a moment of inertia of 0.00800 kg'mz. i i Initially, disk (1) is rotating with an angular velocity of 9.00 rad/s, while disk (2) is at rest. Disk (2) drops straight down onto disk (1) (introducing no external torque to the system) After a very short time, the two disks reach a final (common) angular velocity. Notice that this situation is much like the perfectly inelastic collisions we studied for linear momentum. Calculate the final angular velocity of the two disks. You will need to enter units. l