Consider the following rotational and translational mechanical system and the free body diagram of the bar....

 

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Consider the following rotational and translational mechanical system and the free body diagram of the bar. Assume that the spring is unstreched when is zero and is small. Let m = 0.6 kg, k= 10 N/m, L= 0.8 m, c = 6 N/(m/s), Jo = -= 0.128 kg m. ml 3 www 3m 1Q x(1) 2k www C m T(t) 3k 5/8 L L c(x-Lo) +2k(x-Lo) m T(t) a) By using the translational equation of motion for the mass 3m, show that the transfer function X(s)/(s) is given by X(s)_ _4.8s+16 e(s) 1.8s +6s+30 b) Obtain the rotational equations of motion for the the bar. Consider the following rotational and translational mechanical system and the free body diagram of the bar. Assume that the spring is unstreched when is zero and is small. Let m = 0.6 kg, k= 10 N/m, L= 0.8 m, c = 6 N/(m/s), Jo = -= 0.128 kg m. ml 3 www 3m 1Q x(1) 2k www C m T(t) 3k 5/8 L L c(x-Lo) +2k(x-Lo) m T(t) a) By using the translational equation of motion for the mass 3m, show that the transfer function X(s)/(s) is given by X(s)_ _4.8s+16 e(s) 1.8s +6s+30 b) Obtain the rotational equations of motion for the the bar.

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The figure depicts a mechanical system with a mass and a bar connected to a rotational and translational springdamper system The question asks for the translation equation of motion for the mass 3m an... View the full answer