In the figure shown, the 200-kg homogeneous cylinder rolls without slipping on the horizontal surface. P1= 900 N, P2= 1100 N, r= 0.9m.a. Determine the acceleration of the mass center.b. Determine the angular acceleration.c. Determine the plane reaction on the cylinder. In the figure shown, the 200-kg homogeneouscylinder rolls without slipping on the horizontalsurface. P1= 900 N, P2= 1100 N, r= 0.9m.a. Determine the acceleration of the mass center.b. Determine the angular acceleration.c. Determine the plane reaction on the cylinder.P2

Solution:-Given thatm=200 kgP1=900 NP2=1100 Nr=0.9 m

In the figure shown, the 200-kg homogeneous cylinder rolls without slipping on the horizontal surface. P1= 900 N, P2= 1100 N, r= 0.9m. a. Determine the acceleration of the mass center. b. Determine the angular acceleration. c. Determine the plane reaction on the cylinder. P2

In the figure shown, the 200-kg homogeneous cylinder rolls without slipping on the horizontal surface. P1= 900 N, P2= 1100 N, r= 0.9m. a. Determine the acceleration of the mass center. b. Determine the angular acceleration. c. Determine the plane reaction on the cylinder. P2

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Question

In the figure shown, the 200-kg homogeneous cylinder rolls without slipping on the horizontal surface. P1= 900 N, P2= 1100 N, r= 0.9m.
a. Determine the acceleration of the mass center.
b. Determine the angular acceleration.
c. Determine the plane reaction on the cylinder.

Definition Definition Rate of change of angular velocity. Angular acceleration indicates how fast the angular velocity changes over time. It is a vector quantity and has both magnitude and direction. Magnitude is represented by the length of the vector and direction is represented by the right-hand thumb rule. An angular acceleration vector will be always perpendicular to the plane of rotation. Angular acceleration is generally denoted by the Greek letter α and its SI unit is rad/s 2 .

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