Question 9 Consider the ODE - 2x (1) + 6x (1) -4u (t) = 0 as well as a consequent output equation defined as y(t) = x (1) +x(1) Which set of matrices below are correct for the resulting state-space equations from the above? A = - A = 11 A= 33 01 ° ^ - ; : } * - [ - ² - ² - - ₁ - 1 1 0 - 0 30 B: 03 <-2 D= - - - - C-[1-1]; D=2 ]; D=0

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Question 9
Consider the ODE - 2x (1) + 6x (1) -4u (t) = 0 as well as a consequent output equation defined as y(t) = x (1) + x(1)
Which set of matrices below are correct for the resulting state-space equations from the above?
-2-²-[-11-0=-1
A =
11
A =
33
01
^ - [ 1 ] ² - [ - ² - - - - ₁ - ₁); D = 0
30
B:
03
- - - ;C=[1-1]; D=2
° ^- [8] - [ 2 ] ²-(11) D-0
A=
Transcribed Image Text:Question 9 Consider the ODE - 2x (1) + 6x (1) -4u (t) = 0 as well as a consequent output equation defined as y(t) = x (1) + x(1) Which set of matrices below are correct for the resulting state-space equations from the above? -2-²-[-11-0=-1 A = 11 A = 33 01 ^ - [ 1 ] ² - [ - ² - - - - ₁ - ₁); D = 0 30 B: 03 - - - ;C=[1-1]; D=2 ° ^- [8] - [ 2 ] ²-(11) D-0 A=
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