A two-car system has state space representation [* (1)] * (1) = M 0 [x (1)]...

  

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A two-car system has state space representation [*₁ (1)] *₂ (1) = M 0 [x₁ (1)] x2 (1) + 0 0 35 ! [fi(1)] Mf2(1)] = Assume ky = 10, M = 1000 and x(0) [60 60 100]. Find the forces fi(t) and f2(t) that must be applied to the car to obtain x(t) = [60 60 100] for all t≥ 0. A two-car system has state space representation [*₁ (1)] *₂ (1) = M 0 [x₁ (1)] x2 (1) + 0 0 35 ! [fi(1)] Mf2(1)] = Assume ky = 10, M = 1000 and x(0) [60 60 100]. Find the forces fi(t) and f2(t) that must be applied to the car to obtain x(t) = [60 60 100] for all t≥ 0.