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2. Compute the DFT of each of the following finite-length sequences considered to be of length N: (a) r[n] = d[n] (b) r[n] = 6[n - no], for 0< no SN-1 S1, n even, 0

2. Compute the DFT of each of the following finite-length sequences considered to be of length N: (a) r[n] = d[n] (b) r[n] = 6[n - no], for 0< no SN-1 S1, n even, 0

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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2. Compute the DFT of each of the following finite-length sequences considered to be of length N: (a) r[n] = 6[n] (b) r[n] = 8[n – no], for 0 < no <N-1 1, n even, 0 <n<N-1 0, n odd, 0 <n<N-1 (c) r[n] = for N even [1, 0sns-1 10, <n<N-1 Ja", 0<n< N – 1 0, (d) r[n] = (e) r[n] = . otherwise
Transcribed Image Text:2. Compute the DFT of each of the following finite-length sequences considered to be of length N: (a) r[n] = 6[n] (b) r[n] = 8[n – no], for 0 < no <N-1 1, n even, 0 <n<N-1 0, n odd, 0 <n<N-1 (c) r[n] = for N even [1, 0sns-1 10, <n<N-1 Ja", 0<n< N – 1 0, (d) r[n] = (e) r[n] = . otherwise
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