2. Find the even and odd part of the given discrete time signals: x(n) = u(n) x(n) = r(n) Select n=-3 to 3

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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2. Find the even and odd part of the given discrete time signals:
x(n) = u(n)
x(n) = r(n)
Select n =
=-3 to 3
Transcribed Image Text:2. Find the even and odd part of the given discrete time signals: x(n) = u(n) x(n) = r(n) Select n = =-3 to 3
2.
X(n)- uln)
x(n)-r(n)
select n- -3to 3
x(n)
u(n)
x(n)-
20,0.0,1,1,1,13
even Part
Xe(n)- [xcn) + X(-n)]
* n- -3 > Xel-3) - Ļ [x(-3)+ X(--3)] : L0,l.
n=-2) Xe(-2)
n= -| > Xe(-1)- [x(-1)+x(-(-1))}=[0) į
XeCo)=
n=2
xe(2) = (x(2)+x(2)]-} [40] aţ
Excs) +x(-3) ]
C40]=
%3D
> Xe (s) =
Xeln)= 2
1.
-3
-2
Transcribed Image Text:2. X(n)- uln) x(n)-r(n) select n- -3to 3 x(n) u(n) x(n)- 20,0.0,1,1,1,13 even Part Xe(n)- [xcn) + X(-n)] * n- -3 > Xel-3) - Ļ [x(-3)+ X(--3)] : L0,l. n=-2) Xe(-2) n= -| > Xe(-1)- [x(-1)+x(-(-1))}=[0) į XeCo)= n=2 xe(2) = (x(2)+x(2)]-} [40] aţ Excs) +x(-3) ] C40]= %3D > Xe (s) = Xeln)= 2 1. -3 -2
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