10.3/2 The triangular pulse x[r] shown in Fig. P10.3-2a is given by X(22)= 4e6-Seisa tela (e/2-1)² Use this information and the DTFT prop- erties to find the DTFT of the signals x₁[n], x2[n], x3[n], and xa[n] shown in Figs. P10.3-2b, P10.3-2c, P10.3-2d, and P10.3-2c, respectively.

10.3/2 The triangular pulse x[r] shown in Fig. P10.3-2a is given by X(22)= 4e6-Seisa tela (e/2-1)² Use this information and the DTFT prop- erties to find the DTFT of the signals x₁[n], x2[n], x3[n], and xa[n] shown in Figs. P10.3-2b, P10.3-2c, P10.3-2d, and P10.3-2c, respectively.

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

......................
......................
x[n]
xn]
ام
0 2
ن
-2
(b)
(d)
*[]
0 2
x[]

10.3/2 The triangular pulse x[n] shown in
Fig. P10.3-2a is given by
X(12):
4e6-Seisn tela
(e/a-1)²
Use this information and the DTFT prop-
erties to find the DTFT of the signals
x[n], x2[n], x3[n], and x4[n] shown in
Figs. P10.3-2b, P10.3-2c, P10.3-2d, and
P10.3-2c, respectively.

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