A mechanical dynamic system is having two degrees of freedom as shown in figure 2. The given parameters are mass is 3 Kg, damping factors b,= 5 N-s/m, b2= 2 N-s/m and b3= 1 N- s/m, the spring constants k1= 3 N/m, k2= 6 N/m and k3= 2 N/m. Base on this diagram, determine the following. i. Draw and label complete Free Body Diagram of the network. ii. The differential equations representing the system. X2(s) F(s) iii. The transfer function iv. What is the effect connecting springs and damper in this configuratior. k1 k2 flt) m2 b, b, b,

A mechanical dynamic system is having two degrees of freedom as shown in figure 2. The given parameters are mass is 3 Kg, damping factors b,= 5 N-s/m, b2= 2 N-s/m and b3= 1 N- s/m, the spring constants k1= 3 N/m, k2= 6 N/m and k3= 2 N/m. Base on this diagram, determine the following. i. Draw and label complete Free Body Diagram of the network. ii. The differential equations representing the system. X2(s) F(s) iii. The transfer function iv. What is the effect connecting springs and damper in this configuratior. k1 k2 flt) m2 b, b, b,

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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