The figure shows a typical two-degree-of-freedom system, where my=m and m2=2m. The horizontal displacement of my and m2

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answerhappygod
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The figure shows a typical two-degree-of-freedom system, where my=m and m2=2m. The horizontal displacement of my and m2

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The Figure Shows A Typical Two Degree Of Freedom System Where My M And M2 2m The Horizontal Displacement Of My And M2 1
The Figure Shows A Typical Two Degree Of Freedom System Where My M And M2 2m The Horizontal Displacement Of My And M2 1 (53.7 KiB) Viewed 32 times
The figure shows a typical two-degree-of-freedom system, where my=m and m2=2m. The horizontal displacement of my and m2 is respectively denoted as xq and x2 in the figure below. Assume the rollers are frictionless, so there is no damping in the system. The first frequency and first mode shape of the system is which of the following? Ko k E 2k JAN_三联 WM 1 AMM THI -- C ui = ysk/am 中1=[1,1] Oui = km,中1=[1,1] 0 a = 4k/m + =(-2,1] Oui = V5k/zm,中1=[-2,1]
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