answer for C, please Q.6a) The impuke response of a LTI system is given ash(e) = Be" cos(2+p)u(t); a>0.Consider h(t) to be the product of the two signals f(t) and g(t) such thath(e) = f (t)g(*)where s) =e"ut)g(t) = B cos(2 + 9) = B cos2, (t+)andUsing the frequercy comvoltion property, orF(jn)• 5(ntn,)= F(j[n+n,]) show that(acoso-2, sing) + j(cos o)2(a+ jn)' +2H(jn) = B-a+ jnHint: To obtain the same result use abo the time shiting property forcos (24 +9) = cosf2,(t+.b)IfH(n) =evalate a, B, o and 2, and express h(t) using these values.Let the input to a continuous-time LTI system with the transfer finction (frequencyrespose) H(Jn) given in part (b) be of the formc)x(1) =-+cost+cos 3t +cos St+,25d)Fill in the blarks (including k) in the table bekow, showing every step of yourcakuktions.

(c):x(t)=12+4π2cost+19cos3t+125cos5t+.....H(jΩ)=jΩ1-Ω2+jΩy(t)=H(jΩ)12+4π2cos(t+4H(jΩ)+cos3(t)+4H(jΩ3…

a) The impuhe respome of a LTI system is given as Comider A(t) to be the prodact of the two signas f() =nd g(t) sach that A(e) =S(1)«(e) where s)-e"M1) Using the fuy comoktion property, or H(J) = placmg-fQ, sing)+ {cosp)(? (a+ j4l}° +£L; Hiet: To obtain te same resut une abo te time shiing property kr b) Ir 1-a'+ a evalute a, B, e and 2 and express k(t) uning these vakaes. e) Let the isput to a continon-time LTI system with the tramfer instion (foquene respome) HJA) ghen in part (b) be of the bm 1.4 cost d) Fa in the blarks (nclaling A) in the table below, showing every step of you cakulatiom.

a) The impuhe respome of a LTI system is given as Comider A(t) to be the prodact of the two signas f() =nd g(t) sach that A(e) =S(1)«(e) where s)-e"M1) Using the fuy comoktion property, or H(J) = placmg-fQ, sing)+ {cosp)(? (a+ j4l}° +£L; Hiet: To obtain te same resut une abo te time shiing property kr b) Ir 1-a'+ a evalute a, B, e and 2 and express k(t) uning these vakaes. e) Let the isput to a continon-time LTI system with the tramfer instion (foquene respome) HJA) ghen in part (b) be of the bm 1.4 cost d) Fa in the blarks (nclaling A) in the table below, showing every step of you cakulatiom.

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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