For this example, use the transfer function introduced in Example 12.5:

$T(s) =\frac{10}{2s + 1}$ .

Question

For this example, use the transfer function introduced in Example 12.5:

[latex] T(s) =\frac{10}{2s + 1} [/latex].

Accepted Answer

Table 12.3. Summary of MATLAB sinusoidal transfer-function-related commands

Syntax	Description	Returns	Comments
R=Evalfr (sys, w)	Evaluates frequency response of a TF object for a single frequency w	Single complex number that is the value of the TF at frequency w	Appropriate for quickly checking the response at one or a few frequencies
H= Freqresp (sys, w)	Evaluates the frequency response of a TF object over a grid of frequencies (contained in the vector w)	A vector of complex numbers (H) that are the TF evaluated at each frequency contained in w	Generates the response for a range of user-specified frequencies
Bode (sys)	Plots the Bode plot of a TF object.	Can return the Bode data (see help)	Generates the Bode plot
Nyquist (sys)	Plots a polar (Nyquist) frequency-response plot of the TF object	Can return response data (see help)	Generates the polar frequency-response plot

First, enter the transfer function as a TF object:

Question 12.6: For this example, use the transfer function introduced in Ex...