6A flywheel of mass M-3.0 kg and radius R-1.5 m rotates without friction at an angular velocity we 120 rpm on a frictionless, vertical shaft of negligible rotationalInertia. A second flywheel of mass M2- 6.7 kg, which is at rest and has the same radius as the rotating flywheel, is dropped onto it (Figure below). Because friction existsbetween the surfaces, the flywheels very quickly reach the same rotational velocity, after which they spin together. Calculate the common angular velocity (in rpm) of thetwo flywheels. Treat the flywheels as solid disks. Round off your answer to a whole number but do not write the unit.Second flywheelJBBeFirst flywheel

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Answered: A flywheel of mass M-3.0 kg and radius…

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