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For the system shown K = 576 Ib/in, M = 4 Ib.s/in. Determine: a. The equation of motion and the response as function of
For the system shown K = 576 Ib/in, M = 4 Ib.s/in. Determine: a. The equation of motion and the response as function of time when C = 19.2 Ib.s/in, and is subjected to harmonic force F(t) = 8 Cos (10t) b. Resonance frequency. c. The response at resonance frequency. d. The transmissibility ratio C M FH) x(+)
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Basic Technical Mathematics
Authors: Allyn J. Washington, Richard Evans
12th Edition
0137529899, 9780137529896
