A flywheel rotates without friction at an angular velocity $?_{0} = 50 rad / s$ . A second flywheel, which is at rest, is dropped onto it. The bottom flywheel has a moment of inertia 3.5 times that of the top one. Use the law of conservation of angular momentum to calculate the angular velocity $?$ of the combination.

Question

student submitted image, transcription available below

A flywheel rotates without friction at an angular velocity

?_{0} = 50 rad / s

. A second flywheel, which is at rest, is dropped onto it. The bottom flywheel has a moment of inertia 3.5 times that of the top one. Use the law of conservation of angular momentum to calculate the angular velocity

?

of the combination.

Accepted Answer

Expert Answer to -  A flywheel rotates without friction at an angular velocity 0=50rad/s. A second flywheel, which

Answer

Solution for -  A flywheel rotates without friction at an angular velocity 0=50rad/s. A second flywheel, which

Answer

This an additional answer to -  A flywheel rotates without friction at an angular velocity 0=50rad/s. A second flywheel, which

(Solved): A flywheel rotates without friction at an angular velocity 0=50rad/s. A second flywheel, which ...

View Expert Answer

Expert Answer

Buy This Answer $5

Place Order

We Provide Services Across The Globe