(a) Write the equation of motion of machine represented by spring and dashpot attached in parallel...

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(a) Write the equation of motion of machine represented by spring and dashpot attached in parallel to the mass when the base is excited by y=YSinot and the response of the machine is x(t). (b) Define and explain the static and dynamic coupling in reference to the two degree undamped vibratory system. (c) When do we get complex Eigen value problem for a vibratory system? Write the Eigen value problem for 2-degree undamped vibratory system. (d) Define the mode shape. Write mode shape matrix for n- degree freedom system. (e) Discuss the generalized coordinate in reference to an automobile modeled as beam mounted on two springs of different stiffness at its ends. Draw its equivalent model also. (a) Write the equation of motion of machine represented by spring and dashpot attached in parallel to the mass when the base is excited by y=YSinot and the response of the machine is x(t). (b) Define and explain the static and dynamic coupling in reference to the two degree undamped vibratory system. (c) When do we get complex Eigen value problem for a vibratory system? Write the Eigen value problem for 2-degree undamped vibratory system. (d) Define the mode shape. Write mode shape matrix for n- degree freedom system. (e) Discuss the generalized coordinate in reference to an automobile modeled as beam mounted on two springs of different stiffness at its ends. Draw its equivalent model also.

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a The equation of motion for a machine represented by a spring and dashpot attached in parallel to a mass when the base is excited by y Ysint and the response of the machine is xt can be written as fo... View the full answer