T\thetaJ1= 2 kg*m²J2= 40 kg*m²J1D1-10 N*m/(rad/s)D2= 90 N*m/(rad/s)K2= 240 N/radN1= 20N2= 40D1N1For the system shown generate the transfer functionN21J20(s)T(s)D2+еееK2

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For the system shown generate the transfer function J1= 2 kg*m² J2= 40 kg*m² D1-10 N*m/(rad/s) D2= 90 N*m/(rad/s) K2= 240 N/rad N1= 20 N2= 40 0(s) T(s)

For the system shown generate the transfer function J1= 2 kgm² J2= 40 kgm² D1-10 Nm/(rad/s) D2= 90 Nm/(rad/s) K2= 240 N/rad N1= 20 N2= 40 0(s) T(s)

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

T
\theta
J1= 2 kg*m²
J2= 40 kg*m²
J1
D1-10 N*m/(rad/s)
D2= 90 N*m/(rad/s)
K2= 240 N/rad
N1= 20
N2= 40
D1
N1
For the system shown generate the transfer function
N2
1
J2
0(s)
T(s)
D2
+
еее
K2

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