A mass spring system under equilibrium condition is shown below. The output didsplacement x(t) for M =10kg is given by * K= 20 N/m F =3(0- M B = 30 N/m/sec et- e 2t 0.1 (et -e-2t) Option 1 Option 3 10 (et - e21) 5 (et + e-2t)
A mass spring system under equilibrium condition is shown below. The output didsplacement x(t) for M =10kg is given by * K= 20 N/m F =3(0- M B = 30 N/m/sec et- e 2t 0.1 (et -e-2t) Option 1 Option 3 10 (et - e21) 5 (et + e-2t)
Introductory Circuit Analysis (13th Edition)
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![A mass spring system under equilibrium condition is shown below. The
output didsplacement x(t) for M =10kg is given by *
K= 20 N/m
F =8(1)-
B = 30 N/m/sec
et - e-2t
0.1 (e* -e2")
Option 1
Option 3
10 (et - e 2t)
5 (et + e-2t)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7fb68992-fa6f-4d53-8873-c99f919540be%2Fdcdcef70-26e1-4534-a616-a27ff1ea8c29%2Fgdvybl7_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A mass spring system under equilibrium condition is shown below. The
output didsplacement x(t) for M =10kg is given by *
K= 20 N/m
F =8(1)-
B = 30 N/m/sec
et - e-2t
0.1 (e* -e2")
Option 1
Option 3
10 (et - e 2t)
5 (et + e-2t)
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