just do part a) and b) S(JN) = ( 1–-{u(N + 4x) – u(N – 4n)}(a) Evaluate s(0).(b) What is the valuc ofLs1ecos (nt -)at?(c) Let the periodic signal x(t) given byx(t) = > s(n/5) ·6(t – (n/5))%3Dn=-0be the input to the filter with impulse responsesin(nt/T)h(t) = Ants Lt) = EDetermine the value of A, as well as all values of the time constant T, such that the filteroutput y(t) is identically equal to s(t).a) evaluate s (0)GjuenS(jw)s(jw)4TTsco) = EFndarea.

Answered: Image /qna-images/answer/8e6aede0-f23f-40b6-928a-b5737729ccc0.jpg

Answered: S(jn) = (1– {u(N + 4n) – u(N – 4n)} (a)…

S(jn) = (1– {u(N + 4n) – u(N – 4n)} (a) Evaluate s(0). (b) What is the valuc of t? (c) Let the periodic signal x(t) given by x(t) = > s(n/5) · 6(t – (n/5))

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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Question

just do part a) and b)

S(JN) = ( 1–-
{u(N + 4x) – u(N – 4n)}
(a) Evaluate s(0).
(b) What is the valuc of
Ls1ecos (nt -)at?
(c) Let the periodic signal x(t) given by
x(t) = > s(n/5) ·6(t – (n/5))
%3D
n=-0
be the input to the filter with impulse response
sin(nt/T)
h(t) = A
nt
s Lt) = E
Determine the value of A, as well as all values of the time constant T, such that the filter
output y(t) is identically equal to s(t).
a) evaluate s (0)
Gjuen
S(jw)
s(jw)
4TT
sco) = E
Fnd
area.

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