The composite body consists of a uniform thin bar AB with mass 2m that is rigidly...

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The composite body consists of a uniform thin bar AB with mass 2m that is rigidly attached to a uniform disk D with mass 3m. The body is released from rest on the corner of a table in the position shown in the top figure. If the coefficient of static friction between bar AB and the table is co., determine (a) The normal force between the body and the table as a function ofm, g, and 0. (b) The friction force between the body and the table as a function of m, g, and 8. (c) The angle 8, at which the body will start to slip relative to the table as a function of u.. 2R 3R D The composite body consists of a uniform thin bar AB with mass 2m that is rigidly attached to a uniform disk D with mass 3m. The body is released from rest on the corner of a table in the position shown in the top figure. If the coefficient of static friction between bar AB and the table is co., determine (a) The normal force between the body and the table as a function of m, g, and 0. (b) The friction force between the body and the table as a function of m, g, and 8. (c) The angle 8, at which the body will start to slip relative to the table as a function of u.. 2R 3R D The composite body consists of a uniform thin bar AB with mass 2m that is rigidly attached to a uniform disk D with mass 3m. The body is released from rest on the corner of a table in the position shown in the top figure. If the coefficient of static friction between bar AB and the table is co., determine (a) The normal force between the body and the table as a function ofm, g, and 0. (b) The friction force between the body and the table as a function of m, g, and 8. (c) The angle 8, at which the body will start to slip relative to the table as a function of u.. 2R 3R D The composite body consists of a uniform thin bar AB with mass 2m that is rigidly attached to a uniform disk D with mass 3m. The body is released from rest on the corner of a table in the position shown in the top figure. If the coefficient of static friction between bar AB and the table is co., determine (a) The normal force between the body and the table as a function of m, g, and 0. (b) The friction force between the body and the table as a function of m, g, and 8. (c) The angle 8, at which the body will start to slip relative to the table as a function of u.. 2R 3R D