End identical mass of m-0.1 (kg), R= 0.4 (m) equal to each other on the circumferential...

 

Transcribed Image Text:

End identical mass of m-0.1 (kg), R= 0.4 (m) equal to each other on the circumferential pattern of radius t is moving at a constant speed v 10 (m/) at a distance. Shown in the figure is the end point mass A at the distributed ime. Totai angle moment according to the point (kg m/ s) is. Point A is up to 2R away from the center 28 End identical mass of m-0.1 (kg), R= 0.4 (m) equal to each other on the circumferential pattern of radius t is moving at a constant speed v 10 (m/) at a distance. Shown in the figure is the end point mass A at the distributed ime. Totai angle moment according to the point (kg m/ s) is. Point A is up to 2R away from the center 28