10+ co + k0=0 • 1=0.55 kg m² c=2.042 N/(m/s) k=241.26 N/m Att 0,00 1° At t=0,0 = 1 rad Question 1 Homework Unanswered Due Dec 9th, 11:59 PM Determine the value of the critical damping coefficient, ce Type your numeric answer and submit Unanswered Question 2 Homework Unanswered Due Dec 9th, 11:59 PM Determine the damping ratio, Type your numeric answer and submit Unanswered Question 3. Homework Unanswered Due Dec 9th, 11:59 PM What is the value of the circular natural frequency, a? Please type your answer to submit Submit Submit O
10+ co + k0=0 • 1=0.55 kg m² c=2.042 N/(m/s) k=241.26 N/m Att 0,00 1° At t=0,0 = 1 rad Question 1 Homework Unanswered Due Dec 9th, 11:59 PM Determine the value of the critical damping coefficient, ce Type your numeric answer and submit Unanswered Question 2 Homework Unanswered Due Dec 9th, 11:59 PM Determine the damping ratio, Type your numeric answer and submit Unanswered Question 3. Homework Unanswered Due Dec 9th, 11:59 PM What is the value of the circular natural frequency, a? Please type your answer to submit Submit Submit O
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Transcribed Image Text:IÖ + co + ke=0
1=0.55 kg m²
•c=2.042 N/(m/s)
• k=241.26 N/m
.
At t=0,00 = 1°
At t=0,00 = 1 rad
Question 1
Homework. Unanswered Due Dec 9th, 11:59 PM
Determine the value of the critical damping coefficient, ce
Type your numeric answer and submit
e
Unanswered
Question 2
Homework Unanswered Due Dec 9th, 11:59 PM
Determine the damping ratio,
Type your numeric answer and submit
Unanswered
Question 3
Homework Unanswered Due Dec 9th, 11:59 PM
What is the value of the circular natural frequency, a?
Please type your answer to submit
Submit
Submit
O
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