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2) Determine the continuous-time signal that corresponds to the following Fourier Transforms (i.e., compute the inverse FT) 2 sin[3(w-2π)] (w-2π) a) X(w) = = b) Y() — cos(10/3)

2) Determine the continuous-time signal that corresponds to the following Fourier Transforms (i.e., compute the inverse FT) 2 sin[3(w-2π)] (w-2π) a) X(w) = = b) Y() — cos(10/3)

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) Determine the continuous-time signal that corresponds to the following Fourier Transforms (i.e., compute the inverse FT) 2 sin[3(w-2π)] (W-2π) a) X(w) = = b) X(w) = cos(4w + π/3) d) X(w) = 2[8(w − 1) − 8(w + 1)] + 3[8(w − 2π) + d(w + 2π)]
Transcribed Image Text:2) Determine the continuous-time signal that corresponds to the following Fourier Transforms (i.e., compute the inverse FT) 2 sin[3(w-2π)] (W-2π) a) X(w) = = b) X(w) = cos(4w + π/3) d) X(w) = 2[8(w − 1) − 8(w + 1)] + 3[8(w − 2π) + d(w + 2π)]
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