The A matrix of the state differential equation for a system is A = %3D O1(t)...

  

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The A matrix of the state differential equation for a system is A = %3D O1(t) of this system is: Select one 0. 5(e-3t eSt)u(t). O 0.5(e2t - e-3t)u(t) Oc 1.6(e-2t - e3)u(t) Od 0.8(e-2t- e3t)u(t) * 10(e2t - e-)u(t) O0.2(e2t- e-3t)u(t) 7.5(e-3t- e-St)u(t) 1.0(e-e )u(t) DS1: Overshoot less than 65% D52: Settling time less than 5 seconds for a delta of 0.05 18 18 14 12 0.0 06 04 02 0. 12 7. 8. 10 Time (s Which controller satisfies the design specifications? Select one Oa Green only Ob. All of them 0cBlue onily 1d. Purgle and Green Dius and Gcoen 1TNEN ofthem 69 and Purpla The A matrix of the state differential equation for a system is A = %3D O1(t) of this system is: Select one 0. 5(e-3t eSt)u(t). O 0.5(e2t - e-3t)u(t) Oc 1.6(e-2t - e3)u(t) Od 0.8(e-2t- e3t)u(t) * 10(e2t - e-)u(t) O0.2(e2t- e-3t)u(t) 7.5(e-3t- e-St)u(t) 1.0(e-e )u(t) DS1: Overshoot less than 65% D52: Settling time less than 5 seconds for a delta of 0.05 18 18 14 12 0.0 06 04 02 0. 12 7. 8. 10 Time (s Which controller satisfies the design specifications? Select one Oa Green only Ob. All of them 0cBlue onily 1d. Purgle and Green Dius and Gcoen 1TNEN ofthem 69 and Purpla