The pendulum consists of a 25-lb sphere R=1.2 ft, and a 18-lb slender rod a 2.3 ft. Just after the cord AB is cut, Compute the tangential component of reaction of the pin O on the disk Re in pounds. (Hint: use parallel theorem for the inestial me
The pendulum consists of a 25-lb sphere R=1.2 ft, and a 18-lb slender rod a 2.3 ft. Just after the cord AB is cut, Compute the tangential component of reaction of the pin O on the disk Re in pounds. (Hint: use parallel theorem for the inestial me
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![The pendulum consists of a 25-lb sphere R-1.2 ft, and a 18-lb slender rod a 2.3 ft. Just after the cord AB is cut,
Compute the tangential component of reaction of the pin O on the disk Re in pounds. (Hint: use parallel theorem for the inertial moment)
R
a
R₁
50
R₁](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb761add8-5aee-4388-a5b1-0dcb3c343b9b%2F8e852a83-706a-4c88-82a9-952af974f785%2Fpl8bwxe_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The pendulum consists of a 25-lb sphere R-1.2 ft, and a 18-lb slender rod a 2.3 ft. Just after the cord AB is cut,
Compute the tangential component of reaction of the pin O on the disk Re in pounds. (Hint: use parallel theorem for the inertial moment)
R
a
R₁
50
R₁
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