A dumbbell is at rest on a frictionless horizontal table The, dumbbell consists of two pointlike particles each of mas8 m =3 kg at the ends of a massless rod of lengthl A pointlike 3 kg, moves at speed (top view) 3 m. particle, also of mass m = = 36 m/s perpendicular to the dumbbell as shown in the figure. The moving particle collides m and sticks to the upper mass of the dumbbell. What is the moment of inertia around the center of mass of the resulting system?

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Chapter15: Sound
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A dumbbell is at rest on a frictionless horizontal
table The, dumbbell consists of two pointlike
particles each of mas8 m =3 kg at the ends of
a massless rod of lengthl
A pointlike
3 kg, moves at speed (top view)
3 m.
particle, also of mass m =
= 36 m/s perpendicular to the dumbbell as
shown in the figure. The moving particle collides
m
and sticks to the upper mass of the dumbbell.
What is the moment of inertia around the center of mass of the resulting
system?
Transcribed Image Text:A dumbbell is at rest on a frictionless horizontal table The, dumbbell consists of two pointlike particles each of mas8 m =3 kg at the ends of a massless rod of lengthl A pointlike 3 kg, moves at speed (top view) 3 m. particle, also of mass m = = 36 m/s perpendicular to the dumbbell as shown in the figure. The moving particle collides m and sticks to the upper mass of the dumbbell. What is the moment of inertia around the center of mass of the resulting system?
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