A-3-2 The differential equation of the system is as follows x+3x+2x=u Where u is the input and x is output. (1)Select th

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A 3 2 The Differential Equation Of The System Is As Follows X 3x 2x U Where U Is The Input And X Is Output 1 Select Th 1 (82.88 KiB) Viewed 36 times

A-3-2 The differential equation of the system is as follows x+3x+2x=u Where u is the input and x is output. (1)Select the state variables as follows: x₁=x, x₂=x. Derive the state-space representation; (2)Suppose there exists the following transform x₁=₁+₂, X₂=--2₂. Determine the equivalence transform matrix P and the equivalent state-space representation.abst A-3-5 State equations and output equations of a two-inputs and two-outputs system are given as follows. Write down the state-space representation in a matrix form and draw the simulation diagram. |x₁= x₂ + U₁ x₂ = x3 +2u₁ -1₂ x3 = -6x₁-11x₂ - 6x3 +2U₂ |y₁=X₁X₂ y₂ = 2x₁ + x₂-x3