An point-like bear of mass m jumps onto marry- go-round with moment of inertia I and radius R. Bear velocity is vo, direction shown at the figure. R2/ 30 : R/2, Marry-go-round is originally at rest and has no friction in its axle. Assuming bear landed at the Vo marry-go-round at distance R/2 away from the center and managed to stop himself with respect to marry-go-round when he was distance 3R/4 from the center find final angular velocity of the merry- go-round with bear on it.

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An point-like bear of mass m jumps onto marry-
go-round with moment of inertia I and radius R.
Bear velocity is vo, direction shown at the figure.
R2/ 30 :
R/2,
Marry-go-round is originally at rest and has no
friction in its axle. Assuming bear landed at the
Vo
marry-go-round at distance R/2 away from the
center and managed to stop himself with respect to
marry-go-round when he was distance 3R/4 from
the center find final angular velocity of the merry-
go-round with bear on it.
Transcribed Image Text:An point-like bear of mass m jumps onto marry- go-round with moment of inertia I and radius R. Bear velocity is vo, direction shown at the figure. R2/ 30 : R/2, Marry-go-round is originally at rest and has no friction in its axle. Assuming bear landed at the Vo marry-go-round at distance R/2 away from the center and managed to stop himself with respect to marry-go-round when he was distance 3R/4 from the center find final angular velocity of the merry- go-round with bear on it.
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