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Lab lc (b) Cx(c) C The block B of the mechanism is constrained to move within the slot in membe CD. The angular velocity of AB is omegaAB 5 rad/s and its angular acceleration is alphaAB 4 rad/s2. Assume the center of mass of the slotted rigid body is fixed at Rcgic 30 mm, has a mass of 1 kg and mass moment of inertia of 184 kg mm*2. Determine the inertial reaction forces (a) in mili-Newtons, (b) Cy and (c) B in mili-Newtons at the instant shown. Assume RAB 47 mm, RBC 160 rmm, and theta- 33 deg. Inertial forces only. Ignore the forces of the weight: mg-0. 17 160 30 181 53.0758 158.124 90.11586 30I need help with the steps. The correct answers are shown in yellow

engineering   Mechanical-Engineering   
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LABAI 180-2日= Igo-2x30: 120 by bam .surn A campren-.of at3ק,9BT 4er to IST

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