Consider the system of Problem, given by(a) Find the transfer function for this system.(b)...

Consider the system of Problem, given by

(a) Find the transfer function for this system.

---

(b) Use a similarity transformation to find a control canonical state model for this system.

---

(c) Use MATLAB to check the results in Part (b).

---

(d) Calculate the transfer function of Part (b). This function should equal that of Part (a).

---

(e) Verify the results of Part (d), using MATLAB.

---

(f) You have just verified Property 4, (8.77), of similarity transformations. Verify the other three properties in (8.74), (8.75), and (8.76).

Given a system described by the state equations

(a) Draw a simulation diagram of this system.

---

(b) Find the transfer function directly from the state equations.

---

(c) Use MATLAB to verify the results in Part (b).

---

(d) Draw a different simulation diagram of the system.

---

(e) Write the state equations of the simulation diagram of Part (d).

---

(f) Verify the simulation diagram of Part (d) by showing that its transfer function is that of Part (b)

---

(g) Verify the results of Part (f) using MATLAB.

---

(h) Repeat Parts (a) through (g) for the state equations

---

(i) Repeat Parts (a) through (g) for the state equations