Consider the system defined by: 0 1 0 0 1-5 -6 01 y = [1 0...

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Consider the system defined by: 0 1 0 0 1-5 -6 01 y = [1 0 0]x a) Design a full-order state observer with desired eigenvalues of (-15, -15,-16) b) Simulate the observer designed in part(a) using MATLAB and plot the actual and the estimated states on the same graph assuming x (0)= [2 0 -1]" and 2(0) [0 0 ojr = x = 1x + Consider the system defined by: 0 1 0 0 1-5 -6 01 y = [1 0 0]x a) Design a full-order state observer with desired eigenvalues of (-15, -15,-16) b) Simulate the observer designed in part(a) using MATLAB and plot the actual and the estimated states on the same graph assuming x(0) = [2 0 -1]" and 2(0) [0 0 ojr = x = 1x + Consider the system defined by: 0 1 0 0 1-5 -6 01 y = [1 0 0]x a) Design a full-order state observer with desired eigenvalues of (-15, -15,-16) b) Simulate the observer designed in part(a) using MATLAB and plot the actual and the estimated states on the same graph assuming x (0)= [2 0 -1]" and 2(0) [0 0 ojr = x = 1x + Consider the system defined by: 0 1 0 0 1-5 -6 01 y = [1 0 0]x a) Design a full-order state observer with desired eigenvalues of (-15, -15,-16) b) Simulate the observer designed in part(a) using MATLAB and plot the actual and the estimated states on the same graph assuming x(0) = [2 0 -1]" and 2(0) [0 0 ojr = x = 1x +