Question: Using matlab only, quick Consider the three-degree-of-freedom spring-mass - damper system shown in the figure below, m1=6Kg;m2=7Kg;m3=8Kgk1=4.5mN;k2=5.5mN;k3=3.5mN;k4=5.5mNc1=s1kg;c2=s2kg;c3=s3kg;c4=s2kg;F1=10N;F2=20N;F3=30N This system is subjected to the initial conditions:

Using matlab only, quick

Using matlab only, quick Consider the three-degree-of-freedom spring-mass - damper system shown

Consider the three-degree-of-freedom spring-mass - damper system shown in the figure below, m1=6Kg;m2=7Kg;m3=8Kgk1=4.5mN;k2=5.5mN;k3=3.5mN;k4=5.5mNc1=s1kg;c2=s2kg;c3=s3kg;c4=s2kg;F1=10N;F2=20N;F3=30N This system is subjected to the initial conditions: x10=x20=x30=0.1mx10=x20=x30=0m/sand0

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