Physics, 21.03.2021 22:00, allisonxyooj22

Figure 6.26 shows a flywheel of mass 12 kg and radius 50 cm with a rope wrapped around it. On the end of the rope is a
2.0 kg load. Initially it is at rest.
a) Calculate the torque on the flywheel. Assume g to be
9.8 m/s.
b) Work out what its angular momentum will be after 2.5 s.
Angular momentum is a vector and so will have a direction. You
can use the right-hand rule to show its direction.

Figure 6.26 shows a flywheel of mass 12 kg and radius 50 cm

with a rope wrapped around it. On the

Answers: 2

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Figure 6.26 shows a flywheel of mass 12 kg and radius 50 cm with a rope wrapped around it. On the e...