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The cylinder in the figure is attached to a bar AB at point A. A velocity is applied to it at the center of the cylinder Vc = Vo i and as it is obvious the cylinder begins to roll, it is assumed that there is no slip between the cylinder and the ground. If the angle is e = 90 °, Determine: to. The angular velocity of the bar AB b. Linear acceleration at point B %3D R y no slip Vo A -l%=DV5R 90

The cylinder in the figure is attached to a bar AB at point A. A velocity is applied to it at the center of the cylinder Vc = Vo i and as it is obvious the cylinder begins to roll, it is assumed that there is no slip between the cylinder and the ground. If the angle is e = 90 °, Determine: to. The angular velocity of the bar AB b. Linear acceleration at point B %3D R y no slip Vo A -l%=DV5R 90

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The cylinder in the figure is attached to a bar AB at point A. A velocity is applied to it at the center of the cylinder Vc = Vo i and as it is obvious the cylinder begins to roll, it is assumed that there is no slip between the cylinder and the ground. If the angle is e = 90 °, Determine: to. The angular velocity of the bar AB b. Linear acceleration at point B R no slip Vo -l=DV5R
Transcribed Image Text:The cylinder in the figure is attached to a bar AB at point A. A velocity is applied to it at the center of the cylinder Vc = Vo i and as it is obvious the cylinder begins to roll, it is assumed that there is no slip between the cylinder and the ground. If the angle is e = 90 °, Determine: to. The angular velocity of the bar AB b. Linear acceleration at point B R no slip Vo -l=DV5R
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