Question

prove: part "a.i" and "a.ii" that is do a full derivation show each step

x(t) 1 h(t) = e-3[t y(t) t -T +Tt FIGURE 4.55 Block box system diagram of Example 4.10. Example 4.10 Analyze by hand and using MATLAB (include pretty) the block box system diagram shown in Figure 4.55, and obtain a. Analytical expressions of i. X(w) ii. H(w) iii. Y(w) iv. y(t) b. Create the script file syst_anal that returns the following plots: i. X(w) versus w (numerical) ii. Hw) versus w (numerical) iii. Y(w) versus w (numerical) iv. |H(w) versus w, and verify that its spectrum consists of two impulses, located at w = +3 rad/s v. x(t) versus t, h(t) versus t, and y(t) versus t (symbolic) vii. Y(w) versus w (symbolic) vi. Xw) versus w

Answer 1

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