0.2 m * plate 0.3 m slender rod @=3 lad/s 0.5 m Figure shows a pendulum rigid body, the pendulum consists of a uniform

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0 2 M Plate 0 3 M Slender Rod 3 Lad S 0 5 M Figure Shows A Pendulum Rigid Body The Pendulum Consists Of A Uniform 1 (14.73 KiB) Viewed 25 times

0.2 m * plate 0.3 m slender rod @=3 lad/s 0.5 m
Figure shows a pendulum rigid body, the pendulum consists of a uniform plate with mass 3 kg and also slender rod of mass 1 kg. Determine the horizontal, Ox and vertical, Oy, component of reaction at pin O at this instant if the angular velocity, o, of this pendulum rigid body is 3 rad/s, the moment inertia of rod, I rod = ml³, the moment inertia of plate, I plate=m 3 (a² + b²). 1 12 Hint: The pendulum is horizontal at this instant. Thus, the normal component of the rotating rigid body = x-direction and the tangential component=y-direction.
(c) (d) Calculate Ox by solving the Equation of Motion (E.O.M) for the forces in the x-direction. Calculate Oy by solving the Equation of Motion (E.O.M) for the forces in the y-direction and Equation of Motion (E.O.M) for the moment about point O.