Consider the single degree of freedom system in figure below: Make the correct selection: The system above is: (A) Undamped (B) Underdamped (C) Critically damped (D) Overdamped Also determine the following: Also determine the following: Draw the Free-Body-Diagram (FBD) of the mass. Calculate the numerical value of the system’s natural frequency. Derive the equation-of-motion (EOM) using method of undetermined coefficients. Calculate the response of the system assuming it is initially at rest. Calculate the response of the system assuming it has an initial displacement of 0.05 m and starting from rest. Calculate the numerical value of the mass normalized force. Write the equation of motion above as a set of first-order ODE’s Write the first-order ODE’s in state-space form Write a Matlab code -using ODE45- to simulate (solve and plot) the system response above for part (f). 1- Consider the single degree of freedom system in figure below:x (1)www2,000 N/m100 kgFriction-freesurface10 sin 10t Nmä(t) + kx(t) = 10 sin (10t)(a) Make the correct selection: The system above is:(A) UndampedAlso determine the following:Also determine the following:(b) Draw the Free-Body-Diagram (FBD) of the mass.(c) Calculate the numerical value of the system's natural frequency.(d) Derive the equation-of-motion (EOM) using method of undetermined coefficients.(B) Underdamped (C) Critically damped(D) Overdamped(e) Calculate the response of the system assuming it is initially at rest.(f) Calculate the response of the system assuming it has an initial displacement of 0.05 mand starting from rest.(g) Calculate the numerical value of the mass normalized force.(h) Write the equation of motion above as a set of first-order ODE's(i) Write the first-order ODE's in state-space form(i) Write a Matlab code-using ODE45- to simulate (solve and plot) the system responseabove for part (f).

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Answered: e single degree of freedom system in…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Consider the single degree of freedom system in figure below:

Make the correct selection: The system above is:

(A) Undamped (B) Underdamped (C) Critically damped (D) Overdamped

Also determine the following:

Draw the Free-Body-Diagram (FBD) of the mass.
Calculate the numerical value of the system’s natural frequency.
Derive the equation-of-motion (EOM) using method of undetermined coefficients.
Calculate the response of the system assuming it is initially at rest.
Calculate the response of the system assuming it has an initial displacement of 0.05 m and starting from rest.
Calculate the numerical value of the mass normalized force.
Write the equation of motion above as a set of first-order ODE’s
Write the first-order ODE’s in state-space form
Write a Matlab code -using ODE45- to simulate (solve and plot) the system response above for part (f).

1- Consider the single degree of freedom system in figure below:
x (1)
www
2,000 N/m
100 kg
Friction-
free
surface
10 sin 10t N
mä(t) + kx(t) = 10 sin (10t)
(a) Make the correct selection: The system above is:
(A) Undamped
Also determine the following:
Also determine the following:
(b) Draw the Free-Body-Diagram (FBD) of the mass.
(c) Calculate the numerical value of the system's natural frequency.
(d) Derive the equation-of-motion (EOM) using method of undetermined coefficients.
(B) Underdamped (C) Critically damped
(D) Overdamped
(e) Calculate the response of the system assuming it is initially at rest.
(f) Calculate the response of the system assuming it has an initial displacement of 0.05 m
and starting from rest.
(g) Calculate the numerical value of the mass normalized force.
(h) Write the equation of motion above as a set of first-order ODE's
(i) Write the first-order ODE's in state-space form
(i) Write a Matlab code-using ODE45- to simulate (solve and plot) the system response
above for part (f).

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