1.33. For the signal a[n] shown in Fig. P.1.33, sketch the following signals. g|n] = x[n – 3] g|n] = x[2n – 3] g|n] = x[-n] g|n] = x[2 – n] g[n] = { a. b. c. d. gln) = { zin/2), if n/2 is integer otherwise e. %3D

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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f. g[n] = x[n] 8[n]
g|n] = x[n] 8[n – 3]
h. g[n] = x[n] {u[n+ 2] – u[n – 2]}
%3D
%3D
g.
%3D
æ[n]
4
-4
BAJTAR
Figure P. I.33
GAJTAM
14
no gignal
Transcribed Image Text:Problems f. g[n] = x[n] 8[n] g|n] = x[n] 8[n – 3] h. g[n] = x[n] {u[n+ 2] – u[n – 2]} %3D %3D g. %3D æ[n] 4 -4 BAJTAR Figure P. I.33 GAJTAM 14 no gignal
1.33. For the signal x n] shown in Fig. P.1.33, sketch the following signals.
g|n] = x[n – 3]
g[n] = x[2n – 3]
g[n] = x[-n]
g[n] = x[2 – n]
a.
b.
%3D%D
C.
d.
g|n] = {
x[n/2] , if n/2 is integer
0,
g[n]
e.
otherwise
Transcribed Image Text:1.33. For the signal x n] shown in Fig. P.1.33, sketch the following signals. g|n] = x[n – 3] g[n] = x[2n – 3] g[n] = x[-n] g[n] = x[2 – n] a. b. %3D%D C. d. g|n] = { x[n/2] , if n/2 is integer 0, g[n] e. otherwise
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