Compute(a)[cosлτ]8 (− 3) dt-(b)[cosлτ]8 (-3) dɩ(c)-[cos(t − t)]8(t+3) dt(d)[cos(t)]8(t + 3) dt-(e) fº¸[cos(t − t)]8(t + 3) dt

The Dirac delta function δ(τ−τ0) has the sifting property, which means that for a function f(τ)…

Answered: Compute (a) [cosлτ]8 (− 3) dt - (b)…

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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y(t) X(t 2 2 4 3 5 -3 )plot x 1-0.5t) ii)plot y(2t+1) iii) find x((1– 0.5t) y(2t + 1)8(t - 1)dt
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en 1 In the system shown below, let h;(t) = 8(t), h2(t) = 8(t-6), h3(t) =78(t-2), h4(t) =u(t-14) and hs(t) = 3u(t), red d out of x(t) hs(t) hi(t) a question y(t) hs(t) ha(t) ha(t) The total impulse response of the system is O a. 3u(t)+78(t-2)+u(t-20) Ob. 38(t)+76(t-2)+8(t-20) Oc. 3u(t)+7u(t-2)+u(t-8) Od. 38(t)+78(t-2)+u(t-20) Oe. 3u(t)+78(t-2)+u(t-14)
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Compute (a) [cosлτ]8 (− 3) dt - (b) [cosлτ]8 (-3) dɩ (c) - [cos(t − t)]8(t+3) dt (d) [cos(t)]8(t + 3) dt - (e) fº¸[cos(t − t)]8(t + 3) dt