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Q1: Q: A rigid block of mass M is mounted on four elastic supports and the spring constant of each is k, as shown in the fi...See Answer
Q2:1. A 2-DOF system is shown in Figure 1. The mass of m₂ is acted by the external force f(t) =fo sin(wt) and the system is...See Answer
Q3:1. The response of a vibrating system(M=500Kg) a) The damping factor for the system, b) The Kea of the system 200 50 is ...See Answer
Q4:2. Graphically show the undamped, underdamped, and overdamped response of a mass-spring-damper system.See Answer
Q5:1. Determine: (a) the equivalent spring stiffness for the system shown, and (b) the natural frequency. STEET K M K www KSee Answer
Q6:A viscously damped system (spring-mass-damper) has a stiffness of 5000 N/m, critical damping constant of 0.2 N-s/mm, and...See Answer
Q7:A uniform bar of mass mis pivoted at O and supported at the ends by two springs as shown in the figure below. End P of t...See Answer
Q8:A viscously damped system (spring-mass-damper) has a stiffness of 5000 N/m, critical damping constant of 0.2 N-s/mm, and...See Answer
Q9: Also, determine the amplitude of the steady-state response for 8(t) if a 10 Newton force is applied to the mass as indi...See Answer
Q10:Design the dashpot (i.e., calculate c) so that the damping ratio of the system is 0.2.See Answer
Q11: What value of c will cause the system to be critically damped? In the figure above, let k = 4000 N/m, 1₁ =1.5m and l₂ =...See Answer
Q12:For the pendulum mechanism shown below, which is pivoted at O, assume that the mass of the rod, spring, and damper are n...See Answer
Q13:A cylinder of known mass m and known mass moment of inertia Jo= mr²/2 is free to roll without slipping but is restrained...See Answer
Q14:The system shown has a natural frequency, fn, of 5Hz, m-10kg, J.-5kg-m², r=0.10m, and r=-0.25m. If the mass is displaced...See Answer
Q15:For the system shown in the figure a) determine the equation of motion of the equivalent linear system (at the mass "m"...See Answer
Q16:For the system shown in the figure a) determine the equation of motion of the equivalent linear system (at the mass "m" ...See Answer
Q17:4. Two horizontal frictionless rails make an angle with each other, as shown in the figure. Each rail has a bead of mass...See Answer
Q18:4. Two horizontal frictionless rails make an angle with each other, as shown in the figure. Each rail has a bead of mass...See Answer
Q19:2. Same as in problem 1 above, but let us now assume there are no damping forces anymore. However, the left mass is now ...See Answer
Q20:1. Consider two masses m, connected to each other and to two walls by three springs, as shown in the figure. Both masses...See Answer

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