A 10.0-kg bob is attached to a rod whose length is 10.0 m. The right end of the rod is lixed, and the bob is released from rest. a) Determine the speed of the bob when it is below the pivot point (vertical angle is zero). b) Determine the tension in the rod when the bob is below the pivot point. hint: to determine the speed of the bob when it is below the pivot point, you will need to use Calculus.

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A 10.0-kg bob is attached to a rod whose length is 10.0 m. The right end of the rod is fixed, and
the bob is released from rest.
a) Determine the speed of the bob when it is below the pivot point (vertical angle is zero).
b) Determine the tension in the rod when the bob is below the pivot point.
hint: to determine the speed of the bob when it is below the pivot point, you will need to use
Calculus.
Transcribed Image Text:A 10.0-kg bob is attached to a rod whose length is 10.0 m. The right end of the rod is fixed, and the bob is released from rest. a) Determine the speed of the bob when it is below the pivot point (vertical angle is zero). b) Determine the tension in the rod when the bob is below the pivot point. hint: to determine the speed of the bob when it is below the pivot point, you will need to use Calculus.
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