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Let us consider the spring-mass system shown in the below figure for which the natural frequencies and normal mode shapes should be determined first. Then, you have to determine the resulting free vibration when the system is given an initial displacements x (0) = 5, x, (0) =1 and initial velocities i, (0) = x, (0) = 0

Let us consider the spring-mass system shown in the below figure for which the natural frequencies and normal mode shapes should be determined first. Then, you have to determine the resulting free vibration when the system is given an initial displacements x (0) = 5, x, (0) =1 and initial velocities i, (0) = x, (0) = 0

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Let us consider the spring-mass system shown in the below figure for which the natural frequencies and normal mode shapes should be determined first. Then, you have to determine the resulting free vibration when the system is given an initial displacements x (0) = 5, x, (0) = 1 and initial velocities (0) = x, (0) = 0 k ww m 2m
Transcribed Image Text:Let us consider the spring-mass system shown in the below figure for which the natural frequencies and normal mode shapes should be determined first. Then, you have to determine the resulting free vibration when the system is given an initial displacements x (0) = 5, x, (0) = 1 and initial velocities (0) = x, (0) = 0 k ww m 2m
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