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The homogeneous circular cylinder of mass m and radius R carries a slender rod of mass 0.58 m attached to it as shown. If the cylinder rolls on the surface without slipping with a velocity vO of its center O, determine the magnitude of the angular momenta HG and HO of the system about its center of mass G and about O for the instant shown. Answers: HG = mvOR HO = mvOR

The homogeneous circular cylinder of mass m and radius R carries a slender rod of mass 0.58 m attached to it as shown. If the cylinder rolls on the surface without slipping with a velocity vO of its center O, determine the magnitude of the angular momenta HG and HO of the system about its center of mass G and about O for the instant shown. Answers: HG = mvOR HO = mvOR

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The homogeneous circular cylinder of mass m and radius R carries a slender rod of mass 0.58 m attached to it as shown. If the cylinder rolls on the surface without slipping with a velocity v O of its center O , determine the magnitude of the angular momenta H G and H O of the system about its center of mass G and about O for the instant shown.
Answers:
H G = i m v O R H O = i m v O R

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