A uniform bar of mass density p per unit volume and length L has a tip...

   

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A uniform bar of mass density p per unit volume and length L has a tip mass M. as shown in Fig. 6. With (x) = x/L as the shape function, derive the SDOF equation of motion for free axial vibration of this system. AE = constant. Express your answer in terms of L. A. E, p, M. +uko wwwwwwwwww 4 L Fig. 6. A uniform bar of mass density p per unit volume and length L has a tip mass M. as shown in Fig. 6. With (x) = x/L as the shape function, derive the SDOF equation of motion for free axial vibration of this system. AE = constant. Express your answer in terms of L. A. E, p, M. +uko wwwwwwwwww 4 L Fig. 6.

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The single degree of freedom SDOF equation of motion for free axial vibration can be derived for a system consisting of a uniform bar of mass density ... View the full answer