MATLAB Script Q2 is intended to plot three signals on separate figures. However, the script contains a few errors. Run and correct the script so that THREE (3) figures could be produced. MATLAB Script Q2 clc: clear all; close all; splot a continuous time signal X = -10:0.1:10; Y = 2+X: figure(1); p = platt(X, Y, 'LineWidth',2); Rucolor = 'k'; Rubinestyle = ':'; grid on; title Non-Periodic Signal'); ylabel('Time, t'); ylabel ('x(t)'); ylim( [-2 2]); splot a discrete time signal X = -10:1:10; Y = 10-abs (X); figure(2); p = stem (X, Y, 'LineWidth',2); Rucalor Rabinestyle - ':'; grid on; title('Even signal'); xlabel('Sample, n'); ylabel ('x[n]'); ylim ( [0 15]); xlim([-15 15); splot a growing and decaying exponential curve X = -5 :1:10; a = -1.2; C - 2; Y = C* (aX); * figure(3); p = stemt (X, Y, 'LineWidth',2); Rucolor = k; Rubinestyle = ':'; grid on; titlle( 'Exponential, a < -1'): xlabel ('n'); xlabel ('x[n]'); ylim([-9 9]; 'k'; %3D
MATLAB Script Q2 is intended to plot three signals on separate figures. However, the script contains a few errors. Run and correct the script so that THREE (3) figures could be produced. MATLAB Script Q2 clc: clear all; close all; splot a continuous time signal X = -10:0.1:10; Y = 2+X: figure(1); p = platt(X, Y, 'LineWidth',2); Rucolor = 'k'; Rubinestyle = ':'; grid on; title Non-Periodic Signal'); ylabel('Time, t'); ylabel ('x(t)'); ylim( [-2 2]); splot a discrete time signal X = -10:1:10; Y = 10-abs (X); figure(2); p = stem (X, Y, 'LineWidth',2); Rucalor Rabinestyle - ':'; grid on; title('Even signal'); xlabel('Sample, n'); ylabel ('x[n]'); ylim ( [0 15]); xlim([-15 15); splot a growing and decaying exponential curve X = -5 :1:10; a = -1.2; C - 2; Y = C* (aX); * figure(3); p = stemt (X, Y, 'LineWidth',2); Rucolor = k; Rubinestyle = ':'; grid on; titlle( 'Exponential, a < -1'): xlabel ('n'); xlabel ('x[n]'); ylim([-9 9]; 'k'; %3D
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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![MATLAB Script Q2 is intended to plot three signals on separate figures. However, the script
contains a few errors. Run and correct the script so that THREE (3) figures could be produced.
MATLAB Script Q2
clc:
clear all;
close all;
%plot a continuous time signal
X = -10:0.1:10;
Y = 2+X:
figure(1);
platt(X,Y, 'Linewidth',2);
R.color
Rabinestyle
grid on;
title Non-Periodic Signal');
ylabel('Time, t');
ylabel('x(t)');
ylim( [-2 21);
p =
'k';
= ':'
%plot a discrete time signal
X = -10:1:10;
Y = 10-abs (X);
figure(2);
p = stem (X,Y, 'LineWidth',2);
R.color = 'k';
Rubinestyle = ':',
grid on:
title('Even signal');
xlabel ('Sample, n');
ylabel ('x[n]'):
ylim ( [0 15]):
xlim ( [-15 15);
%plot a growing and decaying exponential curve
X = -5 :1:10;
a = -1.2;
C = 2;
Y = C* (aX):
% figure(3);
p = stemt (X,Y, 'Linewidth',2):
R.color = k;
Rubinestyle = ':';
grid on;
titlle( 'Exponential, a < -1'):
xlabel('n');
xlabel ('x[n]');
ylin([-9 9];](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe307253d-315a-4824-b2e9-f41190cf0be5%2F5c688997-2d98-4a5c-a2a2-4024c095d0c5%2Fosmfa99_processed.png&w=3840&q=75)
Transcribed Image Text:MATLAB Script Q2 is intended to plot three signals on separate figures. However, the script
contains a few errors. Run and correct the script so that THREE (3) figures could be produced.
MATLAB Script Q2
clc:
clear all;
close all;
%plot a continuous time signal
X = -10:0.1:10;
Y = 2+X:
figure(1);
platt(X,Y, 'Linewidth',2);
R.color
Rabinestyle
grid on;
title Non-Periodic Signal');
ylabel('Time, t');
ylabel('x(t)');
ylim( [-2 21);
p =
'k';
= ':'
%plot a discrete time signal
X = -10:1:10;
Y = 10-abs (X);
figure(2);
p = stem (X,Y, 'LineWidth',2);
R.color = 'k';
Rubinestyle = ':',
grid on:
title('Even signal');
xlabel ('Sample, n');
ylabel ('x[n]'):
ylim ( [0 15]):
xlim ( [-15 15);
%plot a growing and decaying exponential curve
X = -5 :1:10;
a = -1.2;
C = 2;
Y = C* (aX):
% figure(3);
p = stemt (X,Y, 'Linewidth',2):
R.color = k;
Rubinestyle = ':';
grid on;
titlle( 'Exponential, a < -1'):
xlabel('n');
xlabel ('x[n]');
ylin([-9 9];
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