Assume: The small objects are point parti- cles. The system of two small 8 kg objects is rotating at an angular speed of 2 rad/s. The objects are connected by light, flexible spokes that can be lengthened or shortened. 2ad/s (8 kg (8 kg What is the initial angular momentum of the object? Note: An effect similar to this ocurred in the early stages of the formation of our Galaxy. As the massive cloud of dust and gas that was the source of the stars and planets contracted, an initially small angular speed increased with time. Answer in units of kg m2/s. 4 m

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Assume: The small objects are point parti-
cles.
The system of two small 8 kg objects is
rotating at an angular speed of 2 rad/s. The
objects are connected by light, flexible spokes
that can be lengthened or shortened.
2ad/s
(8kg
(8 kg
What is the initial angular momentum of
the object?
Note:
An effect similar to this ocurred
in the early stages of the formation of our
Galaxy. As the massive cloud of dust and gas
that was the source of the stars and planets
contracted, an initially small angular speed
increased with time.
Answer in units of kg m/s.
st
Transcribed Image Text:Assume: The small objects are point parti- cles. The system of two small 8 kg objects is rotating at an angular speed of 2 rad/s. The objects are connected by light, flexible spokes that can be lengthened or shortened. 2ad/s (8kg (8 kg What is the initial angular momentum of the object? Note: An effect similar to this ocurred in the early stages of the formation of our Galaxy. As the massive cloud of dust and gas that was the source of the stars and planets contracted, an initially small angular speed increased with time. Answer in units of kg m/s. st
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