Question: Let's use this setup for an experiment. The upper disc is not attached to the axle and is initially held motionless. The axle and lower

Let's use this setup for an experiment. The upper disc is not attached to the axle and is initially held motionless.
The axle and lower disc are somehow sitting on a frictionless surface and have been given an initial rotation rate of 8.0 cycles per second.
What is the total angular momentum of the system now?
Let's use this setup for an experiment. The upper disc is not attached to the axle and is initially held motionless.
The axle and lower disc are somehow sitting on a frictionless surface and have been given an initial rotation rate of 8.0 cycles per second.
What is the total angular momentum of the system now?
About 2.2 kg m2/ s
About 32 kg m2/ s
About 20 kg m2/ s
About 18 kg m2/ s

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