2. (30%) Given an undamped linear vibration system, a ramp input of the form F(t)=Fot is applied. (1) For the case of m=2 Kg, k=200 N/m and Fo=100 N/s, formulate the impulse response function h(t); (2) Find the time response x(t) of the system 2ä(t) + 200x(t) = 100t
2. (30%) Given an undamped linear vibration system, a ramp input of the form F(t)=Fot is applied. (1) For the case of m=2 Kg, k=200 N/m and Fo=100 N/s, formulate the impulse response function h(t); (2) Find the time response x(t) of the system 2ä(t) + 200x(t) = 100t
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![2.
(30%) Given an undamped linear vibration system, a ramp input of the form F(t)=Fot is applied.
(1) For the case of m=2 Kg, k=200 N/m and Fo=100 N/s, formulate the impulse response function
h(t);
(2) Find the time response x(t) of the system 2ä(t) + 200x(t) = 100t](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe2851849-f5db-4ff3-ae81-2b11e110d546%2Fcc67a713-dfc9-4b17-ac97-cf28ec2c5e5d%2Fjh32yw9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2.
(30%) Given an undamped linear vibration system, a ramp input of the form F(t)=Fot is applied.
(1) For the case of m=2 Kg, k=200 N/m and Fo=100 N/s, formulate the impulse response function
h(t);
(2) Find the time response x(t) of the system 2ä(t) + 200x(t) = 100t
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