Asked by Anonymous
A group of students observes that a wooden block (m = 0.40 kg) on the end of a string with a radius of 0.7 meters makes 12 rotations in 20.7 seconds when twirled.
Calculate the centripetal acceleration of the wooden block:
Calculate the tension in the string acting on the wooden block:
Calculate the centripetal acceleration of the wooden block:
Calculate the tension in the string acting on the wooden block:
Answers
Answered by
bobpursley
a=v^2/r=(2PIr/perioid)^2/r
= 4PI^2 r/(12/20.7)
tension= mass*acceleration
= 4PI^2 r/(12/20.7)
tension= mass*acceleration
Answered by
Anonymous
11.9
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