ar displacement of the free e- and damper is nace
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![6. A torsional spring of stiffness K is 1 Nm/rad, a mass of moment of inertia I = 1 kg.m²
and a fluid damper with damping coefficient C-2 Nm s/rad are connected together as
shown in Figure. The angular displacement of the free end of the spring is 0₁ (t) and the
angular displacement of the mass and damper is 0,(t). The transfer function of this
system is given. Find the state space representation of the system.
0,(s)
K/I
0₁ (s)
C K
5² + •S+T
8,(1)
時
K
0₂ (1)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4e522e45-39b3-4e97-a764-52c3fa3c8a3a%2Fa9fd233b-2152-497f-a6f6-5bc17144d045%2Flpv9fr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:6. A torsional spring of stiffness K is 1 Nm/rad, a mass of moment of inertia I = 1 kg.m²
and a fluid damper with damping coefficient C-2 Nm s/rad are connected together as
shown in Figure. The angular displacement of the free end of the spring is 0₁ (t) and the
angular displacement of the mass and damper is 0,(t). The transfer function of this
system is given. Find the state space representation of the system.
0,(s)
K/I
0₁ (s)
C K
5² + •S+T
8,(1)
時
K
0₂ (1)
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