Con Part A A uniform disk with mass 38.0 kg and radius 0.240 mis pivoted its conter about horontal Irictionless that is

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Con Part A A uniform disk with mass 38.0 kg and radius 0.240 mis pivoted its conter about horontal Irictionless that is

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Con Part A A Uniform Disk With Mass 38 0 Kg And Radius 0 240 Mis Pivoted Its Conter About Horontal Irictionless That Is 1
Con Part A A Uniform Disk With Mass 38 0 Kg And Radius 0 240 Mis Pivoted Its Conter About Horontal Irictionless That Is 1 (14.18 KiB) Viewed 34 times
Con Part A A Uniform Disk With Mass 38 0 Kg And Radius 0 240 Mis Pivoted Its Conter About Horontal Irictionless That Is 2
Con Part A A Uniform Disk With Mass 38 0 Kg And Radius 0 240 Mis Pivoted Its Conter About Horontal Irictionless That Is 2 (22.95 KiB) Viewed 34 times
Con Part A A uniform disk with mass 38.0 kg and radius 0.240 mis pivoted its conter about horontal Irictionless that is nary. The diski initially at out, and then a constant force 325 N applied tangent to the aim of the link. What is the magnitude of the tangertial velocity of a point on the rim of the door the distuned 0.300 revolution? Express your answer with the appropriate units MA ? Value Units Submit Request Answer

Submit Request Answer Part B What is the magnitude a of the resultant acceleration of a point on the rim of the disk after the disk has turned through 0.200 revolution? Express your answer with the appropriate units. HA ? a = Value Units Submit Request Answer >
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