A CIRCUITO HAS THE FOLLOWING TRANSFER FUCTION:s+4H(s)=-(8+1)(s+2)²DETERMINE THE IMPULSE RESPONSE. CHOOSE ONE OFTHE OPTIONS BELOW:О a h(t)%3 (Зe-t- Зе-2— 2te-38)u(t)O b. h(t)=(-3e-t+3e-2t – 2te-3t)u(t)O c. h(t)=(3e-t – 2e-2t – 3te-3t)u(t)O d. h(t)=(3e-t–2e2t – te3t)u(t)O e. h(t)=(-3e-t+3e-2t +2te-3t)u(t)

First we have to broke the given transfer function in individual block so that we can find inverse…

A CIRCUITO HAS THE FOLLOWING TRANSFER FUCTION: 8+4 (8+1)(s+2)² H(s)=: DETERMINE THE IMPULSE RESPONSE. CHOOSE ONE OF THE OPTIONS BELOW: O a. h(t)=(3e-t– 3e-2t – 2te-34)u(t) O b. h(t)=(-3e-t+3e-2 – 2te-3t)u(t) O c. h(t)=(3e-t– 2e-2t – 3te-3t)u(t) O d. h(t)=(3e-t – 2e2t – te3t)u(t) O e. h(t)=(-3e-t+3e-2t +2te-3!)u(t)

A CIRCUITO HAS THE FOLLOWING TRANSFER FUCTION: 8+4 (8+1)(s+2)² H(s)=: DETERMINE THE IMPULSE RESPONSE. CHOOSE ONE OF THE OPTIONS BELOW: O a. h(t)=(3e-t– 3e-2t – 2te-34)u(t) O b. h(t)=(-3e-t+3e-2 – 2te-3t)u(t) O c. h(t)=(3e-t– 2e-2t – 3te-3t)u(t) O d. h(t)=(3e-t – 2e2t – te3t)u(t) O e. h(t)=(-3e-t+3e-2t +2te-3!)u(t)

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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