briefly answer each or lowing questions. (a) What does the ROC look like for a right sided signal? (b) What does the ROC look like for a two-sided signal. (c) If the poles of a particular system function are {1+j,1- j,},-3}, provide a list of all possible regions of convergence. Evaluate the following: 1 (a) X(z) |z| > (find the inverse z-transform) %3D 1+좋7 z-50 2 1- -r kl < (c) y[n] - 국y[n -1] = x[n] (b) X(z) = (find the inverse z-transform) 3 (find the system function H(z)) 1-z-1 3 |z| 리 > (d) H(z) = (find the system impulse response) %3D (1 – z-1)2' (e) X(7) - 474 + +1-7-1 27-3 (find the inverse Tutransform)
briefly answer each or lowing questions. (a) What does the ROC look like for a right sided signal? (b) What does the ROC look like for a two-sided signal. (c) If the poles of a particular system function are {1+j,1- j,},-3}, provide a list of all possible regions of convergence. Evaluate the following: 1 (a) X(z) |z| > (find the inverse z-transform) %3D 1+좋7 z-50 2 1- -r kl < (c) y[n] - 국y[n -1] = x[n] (b) X(z) = (find the inverse z-transform) 3 (find the system function H(z)) 1-z-1 3 |z| 리 > (d) H(z) = (find the system impulse response) %3D (1 – z-1)2' (e) X(7) - 474 + +1-7-1 27-3 (find the inverse Tutransform)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Question
Help me please
![1. Briefly answer each of the following questions.
(a) What does the ROC look like for a right sided signal?
(b) What does the ROC look like for a two-sided signal.
(c) If the poles of a particular system function are {1+j,1– j,}, -3}, provide a
list of all possible regions of convergence.
2. Evaluate the following:
(a) X(z) :
(find the inverse z-transform)
1+z-1' z[ >
1+3z-1'
2-50
|z| <
1- z-1'
(b) X(z) =
(find the inverse z-transform)
(c) ylw] - gvlu- 1] = x[미]
(find the system function H(z))
1- z-1
3
|리 >
(find the system impulse response)
(d) H(z) =
%3D
(1 – z-1)2'
4
(e) X(z) = 4zª + 3z² +1 – z-1 – 2z-3
(find the inverse z-transform).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fee94ad33-a757-4147-8842-0fe70d2535ff%2Fa3311bf7-847f-4f8a-8549-fad3b7a1e9fa%2Fkxgixfm_processed.png&w=3840&q=75)
Transcribed Image Text:1. Briefly answer each of the following questions.
(a) What does the ROC look like for a right sided signal?
(b) What does the ROC look like for a two-sided signal.
(c) If the poles of a particular system function are {1+j,1– j,}, -3}, provide a
list of all possible regions of convergence.
2. Evaluate the following:
(a) X(z) :
(find the inverse z-transform)
1+z-1' z[ >
1+3z-1'
2-50
|z| <
1- z-1'
(b) X(z) =
(find the inverse z-transform)
(c) ylw] - gvlu- 1] = x[미]
(find the system function H(z))
1- z-1
3
|리 >
(find the system impulse response)
(d) H(z) =
%3D
(1 – z-1)2'
4
(e) X(z) = 4zª + 3z² +1 – z-1 – 2z-3
(find the inverse z-transform).
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