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![If the 40-''kg'' gear ''B'' is released from rest at \theta =0^{\circ} determine the angular velocity of the 20-''kg'' gear A at the instant \theta =90^{\circ}. The radii of gyration of gears If the 40-''kg'' gear ''B'' is released from rest at \theta =0^{\circ} determine the angular velocity of the 20-''kg'' gear A at the instant \theta =90^{\circ}. The radii of gyration of gears](https://study.com/cimages/multimages/16/capture_1368871869092133934287.jpg)
If the 40-''kg'' gear ''B'' is released from rest at \theta =0^{\circ} determine the angular velocity of the 20-''kg'' gear A at the instant \theta =90^{\circ}. The radii of gyration of gears
![If the 40-kg gear B is released from rest at theta = 0 degrees, determine the angular velocity of the 20-kg gear A at the instant theta = 90 degrees. The radii If the 40-kg gear B is released from rest at theta = 0 degrees, determine the angular velocity of the 20-kg gear A at the instant theta = 90 degrees. The radii](https://study.com/cimages/multimages/16/gertwa1213594617134211741.jpg)
If the 40-kg gear B is released from rest at theta = 0 degrees, determine the angular velocity of the 20-kg gear A at the instant theta = 90 degrees. The radii
![If the 40-kg gear B is released from rest at \Theta = 0^{\circ} determine the angular velocity of the 20-kg gear A at the instant \Theta = 90^{\circ} The radii of gyration If the 40-kg gear B is released from rest at \Theta = 0^{\circ} determine the angular velocity of the 20-kg gear A at the instant \Theta = 90^{\circ} The radii of gyration](https://study.com/cimages/multimages/16/capture_639049409760911723779.jpg)