g) _x[n] = 2sin (²2πn+7)u[n] h) x[n] = 0.4"sin (2nn) u[n]

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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Question

g,h

Find the Z-Transform of the following signals. Find and plot the poles and zeros. What is the region
of convergence?
a)_x[n] = 0.4¹u[n]
b) x[n] = 2^u[n]
c) x[n] = 2^u[n] +0.5"u[n]
d) x[n] = 38[n] + 28[n − 1] − 48[n – 2]
TU
e) x[n] = 3e¹u[n]
f) x[n] = 2sin (2nn) u[n]
g) x[n] = 2sin (2πn + 7) u[n]
h) x[n] = 0.4¹ sin (2πn) u[n]
Transcribed Image Text:Find the Z-Transform of the following signals. Find and plot the poles and zeros. What is the region of convergence? a)_x[n] = 0.4¹u[n] b) x[n] = 2^u[n] c) x[n] = 2^u[n] +0.5"u[n] d) x[n] = 38[n] + 28[n − 1] − 48[n – 2] TU e) x[n] = 3e¹u[n] f) x[n] = 2sin (2nn) u[n] g) x[n] = 2sin (2πn + 7) u[n] h) x[n] = 0.4¹ sin (2πn) u[n]
Expert Solution
Step 1: Summarize the details given:

Given Data:

The discrete-time signals,

g. x open square brackets n close square brackets equals 2 space sin open parentheses 2 over 7 2 straight pi straight n plus straight pi over 3 close parentheses u open square brackets n close square brackets

h. x open square brackets n close square brackets equals 0.4 to the power of n space sin open parentheses 2 over 7 2 straight pi straight n close parentheses u open square brackets n close square brackets

To Find:

  • Z-transform,
  • Pole-zero plot
  • ROC
steps

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