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Question: prob 4 a derive the differential equation of motion...

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Prob. # 4 a) Derive the differential equation of motion for the system, as the amplitude of the steady-state vibration and the phase angle iW-6 Ib, k 500 lb s/ft, Y = 1.5 inches, and ω 20 rad/s. (20 points) shown below, b) Compute 18 Figure P4 y(1)- Ysinot 30 Prob# 4] Derive the differential equation of motion for the system shown; Determine the amplitude of the steady state vibration and the angle by which x lags y if m-6 kg, k-8 kN/m, C-40 N-sm, Y 80 mm, and o 30 rad/s. (20 points) y(t) Ysinot Figure P5. BE HONEST ill not; Even if others cannot Even if others are not; Even if others wi He who walks honestly walks securely , but he whose ways are crooked will fare badly. Proverb 10.9
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