Question

Q2/ The mass-spring-damper system shown in a figure below: Find: 1- Write the equation of motion for the system. 2- Solve the equations in step (1) by using MATLAB-Simulink and show us the plot in figure. Note; all initial conditions are zero and U(t)=1 N is unity step.

          Q2/ The mass-spring-damper system shown in a figure below:
Find:
1- Write the equation of motion for the system.
2- Solve the equations in step (1) by using MATLAB-Simulink and
show us the plot in figure.
Note; all initial conditions are zero and U(t)=1 N is unity step.

Q2/ The mass-spring-damper system shown in a figure below:
Find:
1- Write the equation of motion for the system.
2- Solve the equations in step (1) by using MATLAB-Simulink and
show us the plot in figure.
Note; all initial conditions are zero and U(t)=1 N is unity step.

Added by George J.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Rajendra Kumar

Step 1

The equation of motion for a mass-spring-damper system can be written as: m * x''(t) + c * x'(t) + k * x(t) = F(t) where: - m is the mass of the system (given as 2 kg) - x(t) is the displacement of the mass from its equilibrium position at time t - c is the Show more…

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02/ The mass-spring-damper system shown in the figure below: Find: Write the equation of motion for the system. 2- Solve the equations in step (1) by using MATLAB-Simulink and show us the plot in figure. Note: all initial conditions are zero and U(t)=1 N is unity step. x(t) x(t) Nlm 0000 H(E N/m Oooo kg 2 kg 1N-s/m N-s/m