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](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1e0fac16-d70e-40be-a23f-65ab3db22e57%2F6622c893-8e72-4012-8e6e-d49a5784e745%2F5hepinni_processed.jpeg&w=3840&q=75)
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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