Task(2): Consider a signal defined as (sin(t) – in 8 1 sin(3wt) + 1 5 r sin(5wt) - 25 Take f = 2Hz andt = -2:0.01:2. Plot the signal.

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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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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Task(2): Consider a signal defined as (sin(t) – in 8 1 sin(3wt) + 1 5 r sin(5wt) - 25 Take f = 2Hz andt = -2:0.01:2. Plot the signal.

Task(3): Consider a signal defined as X(t) = 1+ sin(wt) + 2cos(wt) + cos(2wt+pi/4) %3D Take k=1:9, f = 2Hz and t = -2 :0.01 : 2. Plot the signal.

subject is signal and system

give me ans at matlab of  only task 2 and 3 please ans both

Task(1): Plot first five harmonics of sine signal in the same figure using hold on function
Take ts=0.01, t=0:ts:4, f=0.25.
x=sin(2*pi*f*t);
plot(t, x)
Task(2): Consider a signal defined as
1
(sin(wt) sin(Ket) + sin(at) ----
-
Take f = 2Hz and t= -2: 0.01: 2. Plot the signal.
Task(3): Consider a signal defined as
X(t) = 1 + sin(wt) + 2cos(wt) + cos(2wt+pi/4)
Take k=1:9, f = 2Hz and t = -2: 0.01: 2. Plot the signal,
Transcribed Image Text:Task(1): Plot first five harmonics of sine signal in the same figure using hold on function Take ts=0.01, t=0:ts:4, f=0.25. x=sin(2*pi*f*t); plot(t, x) Task(2): Consider a signal defined as 1 (sin(wt) sin(Ket) + sin(at) ---- - Take f = 2Hz and t= -2: 0.01: 2. Plot the signal. Task(3): Consider a signal defined as X(t) = 1 + sin(wt) + 2cos(wt) + cos(2wt+pi/4) Take k=1:9, f = 2Hz and t = -2: 0.01: 2. Plot the signal,
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