Am=0.25kg mass is attached to end of a thin uniform rod of mass M =1.34kg and length L=3.33m which is positioned vertically. The rod is pivoted at point O that is L/4 away from its center. The system is released and allowed to fall. Determine the speed of mass m when it passes trough the lowest point (when the rod is 1 rrod -ML and express your answer using one decimal place. 12 completely vertical). Take g=9.81m/s 2 ,I0=-
Am=0.25kg mass is attached to end of a thin uniform rod of mass M =1.34kg and length L=3.33m which is positioned vertically. The rod is pivoted at point O that is L/4 away from its center. The system is released and allowed to fall. Determine the speed of mass m when it passes trough the lowest point (when the rod is 1 rrod -ML and express your answer using one decimal place. 12 completely vertical). Take g=9.81m/s 2 ,I0=-
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Transcribed Image Text:A m=0.25kg mass is attached to end of a thin uniform rod of mass M =1.34kg and length L=3.33m which is positioned vertically. The rod is pivoted at point 0 that is
LI4 away from its center. The system is released and allowed to fall. Determine the speed of mass m when it passes trough the lowest point (when the rod is
1
CM =
12 ML and express your answer using one decimal place.
completely vertical). Take g=9.81m/s
2
Irod
2
m
L/2
L
L/4
pivot
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