A cord initially supportsa uniform rod of length L-58m and mass m - 39.5 kg keeping it perfectly horizontal and in a state of rest, as showed in Figure QSh. The cord then suddenly breaks. The...


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A cord initially supportsa uniform rod of length L-58m and mass m - 39.5 kg keeping it perfectly horizontal and in a state of rest, as showed in Figure QSh.<br>The cord then suddenly breaks.<br>The Free-Body-Diagram (FBD) and Resultant-Force Diagram (RFD) for the rod at the instant just after the cond breaks are showed in Figure QSc and Figure QSd, respectively.<br>NAy<br>NA<br>mg<br>ta<br>ma<br>Uhing the FBD and RID in igure Q5c and id, respectively, calculate the magnitude of the angular acceleration a of the rod just aher the supportinE cond at end B reaks<br>Calculate your anywer in the unit radion persecot sred rd/<br>Uhe the sign convention reported i Figure a or your cak os<br>Use 1 m tneeded<br>

Extracted text: A cord initially supportsa uniform rod of length L-58m and mass m - 39.5 kg keeping it perfectly horizontal and in a state of rest, as showed in Figure QSh. The cord then suddenly breaks. The Free-Body-Diagram (FBD) and Resultant-Force Diagram (RFD) for the rod at the instant just after the cond breaks are showed in Figure QSc and Figure QSd, respectively. NAy NA mg ta ma Uhing the FBD and RID in igure Q5c and id, respectively, calculate the magnitude of the angular acceleration a of the rod just aher the supportinE cond at end B reaks Calculate your anywer in the unit radion persecot sred rd/ Uhe the sign convention reported i Figure a or your cak os Use 1 m tneeded

Jun 11, 2022
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