The transfer function of the shown circuit is:CRViVoLSelect one:O a. R/(R + sL + 1/sC)O b. (R + L) / (R + L + C)O c. L/(R+L+ C)O d. (R + sL) / (R + sL + 1/sC)O e. sL / (R + sL + sC)O f. R/(R + L+ C)O g. (R + 1/sL) / (R + 1/sL + sC)relll With zero initial conditions, the free-body diagram equation for mass M2 transformed intoLaplace is:FrictionM.Velocityv{t)M,Velocityv(t)ForceSelect one:M2 s V2 + b V2 + k2 (V2 – V1)/s = 0O b. M2 s? v2 + bs V2 + k2 (V2 – V1) = R(s)None of these answers is trueO d. M2 s? V2 + bs V2 + k2 (V2 – V1) = 0O e. M2 s V2 + b V2 + k2 (V2 – V1)/s = R(s)An over-damped second-order system has 2 complex conjugate poles.Select one:O TrueO False

1..>> The Transfer function of the system is :- (R+sL)/(R+sL+1/sC). Option D is correct.

The transfer function of the shown circuit is: R Vị Vo L Select one: O a. R/(R + sL + 1/sC) O b. (R + L) / (R + L + C) O c. L/(R + L + C) O d. (R + sL) / (R + sL + 1/sC) O e. sL/ (R + sL + sC) f. O f. R/(R + L + C) O g. (R + 1/sL) / (R + 1/sL + sC) elle

The transfer function of the shown circuit is: R Vị Vo L Select one: O a. R/(R + sL + 1/sC) O b. (R + L) / (R + L + C) O c. L/(R + L + C) O d. (R + sL) / (R + sL + 1/sC) O e. sL/ (R + sL + sC) f. O f. R/(R + L + C) O g. (R + 1/sL) / (R + 1/sL + sC) elle

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

The transfer function of the shown circuit is:
C
R
Vi
Vo
L
Select one:
O a. R/(R + sL + 1/sC)
O b. (R + L) / (R + L + C)
O c. L/(R+L+ C)
O d. (R + sL) / (R + sL + 1/sC)
O e. sL / (R + sL + sC)
O f. R/(R + L+ C)
O g. (R + 1/sL) / (R + 1/sL + sC)
relll

With zero initial conditions, the free-body diagram equation for mass M2 transformed into
Laplace is:
Friction
M.
Velocity
v{t)
M,
Velocity
v(t)
Force
Select one:
M2 s V2 + b V2 + k2 (V2 – V1)/s = 0
O b. M2 s? v2 + bs V2 + k2 (V2 – V1) = R(s)
None of these answers is true
O d. M2 s? V2 + bs V2 + k2 (V2 – V1) = 0
O e. M2 s V2 + b V2 + k2 (V2 – V1)/s = R(s)
An over-damped second-order system has 2 complex conjugate poles.
Select one:
O True
O False

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