Assume 1 Degree of Freedom system. Assume that m1=10 kg and m2=5 kg. C=100 Ns/m, k= 200 N/m, radius of pulley is negligi

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Assume 1 Degree of Freedom system. Assume that m1=10 kg and m2=5 kg. C=100 Ns/m, k= 200 N/m, radius of pulley is negligi

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Assume 1 Degree Of Freedom System Assume That M1 10 Kg And M2 5 Kg C 100 Ns M K 200 N M Radius Of Pulley Is Negligi 1
Assume 1 Degree Of Freedom System Assume That M1 10 Kg And M2 5 Kg C 100 Ns M K 200 N M Radius Of Pulley Is Negligi 1 (119.42 KiB) Viewed 25 times
Assume 1 Degree of Freedom system. Assume that m1=10 kg and m2=5 kg. C=100 Ns/m, k= 200 N/m, radius of pulley is negligible. Find: 1. Static equilibrium condition 2. Equation of motion of total resultant system 3. Natural frequency and damping ratio 4. Is system underdamped or overdamped? 5. What is equation to find transient response of this system? Just write equation. Do not find coefficients. 6. What is required value of stiffness coefficient k to make this system critically damped? m₂ WW mi 0
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