See Question.pdf

**Subject Engineering MATLAB for Engineering**

See Question.pdf

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%%

%Clearing the screen and workspace, closing all windows

clear;

clc;

close all;

%%

%Generating linear chirp signal. The chirp is sampled at 200 Hz for 5

%seconds. The instantaneous frequency is 0 at t = 0 and reaches 20 Hz

%at T = 5 second.

fs = 200;

T = 5;

f0 = 0;

f1 = 10;

%Function for creating the signal and its analytical derivative

%Input: fs-Sampling rate, T-Duration in seconds, f0-Starting

%frequency, f1-Final frequency

%Output: y-Signal, yder-Signal analytical derivative, t-time vector

[y, yder, t] = signal(fs, T, f0, f1);

%Plotting chirp signal

figure();

plot(t,y);

title('Chirp signal');

xlabel('Time (s)');

axis([0 T -2 2]);...

%Clearing the screen and workspace, closing all windows

clear;

clc;

close all;

%%

%Generating linear chirp signal. The chirp is sampled at 200 Hz for 5

%seconds. The instantaneous frequency is 0 at t = 0 and reaches 20 Hz

%at T = 5 second.

fs = 200;

T = 5;

f0 = 0;

f1 = 10;

%Function for creating the signal and its analytical derivative

%Input: fs-Sampling rate, T-Duration in seconds, f0-Starting

%frequency, f1-Final frequency

%Output: y-Signal, yder-Signal analytical derivative, t-time vector

[y, yder, t] = signal(fs, T, f0, f1);

%Plotting chirp signal

figure();

plot(t,y);

title('Chirp signal');

xlabel('Time (s)');

axis([0 T -2 2]);...

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