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3.26. Given the sequence ol Wilco or mo -1 k = 0,1 + (n2 = (a) 2 k = 2,3 h(k) -2 k = 4 0 elsewhere wello di to las soll senoqon salugai-nos be (0-(w)20 = ( where k is the time index or sample number, a. sketch the sequence h(k) and the reverse sequence h(-k); b. sketch the shifted sequences h(-k+ 1) and h(-k-2). (1-8)2.0 (a)

3.26. Given the sequence ol Wilco or mo -1 k = 0,1 + (n2 = (a) 2 k = 2,3 h(k) -2 k = 4 0 elsewhere wello di to las soll senoqon salugai-nos be (0-(w)20 = ( where k is the time index or sample number, a. sketch the sequence h(k) and the reverse sequence h(-k); b. sketch the shifted sequences h(-k+ 1) and h(-k-2). (1-8)2.0 (a)

Introductory Circuit Analysis (13th Edition)
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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3.26. Given the sequence ol Wilco or mo -1 k = 0,1 + (n2 = (a) 2 k = 2,3 h(k) -2 k = 4 0 elsewhere wello di to las soll senoqon salugai-nos be (0-(w)20 = ( where k is the time index or sample number, a. sketch the sequence h(k) and the reverse sequence h(-k); b. sketch the shifted sequences h(-k+ 1) and h(-k-2). (1-8)2.0 (a)
Transcribed Image Text:3.26. Given the sequence ol Wilco or mo -1 k = 0,1 + (n2 = (a) 2 k = 2,3 h(k) -2 k = 4 0 elsewhere wello di to las soll senoqon salugai-nos be (0-(w)20 = ( where k is the time index or sample number, a. sketch the sequence h(k) and the reverse sequence h(-k); b. sketch the shifted sequences h(-k+ 1) and h(-k-2). (1-8)2.0 (a)
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