a:Write the TF. in respect of the mechanical system given in Fig.Then using force-voltage analogy obtain the equivalent electricalnetwork.|f M C(damping)ELRMech.KXDxwwwM.KM2 wwwElect-DirectDQ-1I/eElect.- InverseE1/R1/Lb:With feedback..reduces.i)system stabilityii)system gainii) system stability and gainiv none of the above

The detailed Solution is attached.

system given in Then using force-voltage analogy obtain the equivalent electrical network. Mech fM C(damping) ELR K X Dx Ie Q DQ- wwM. M ww Elect.-Direct Elect.- Inverse 1/R E b:With feedback ....reduces. i)system stability ii)system gain ii) system stability and gain iv none of the above

system given in Then using force-voltage analogy obtain the equivalent electrical network. Mech fM C(damping) ELR K X Dx Ie Q DQ- wwM. M ww Elect.-Direct Elect.- Inverse 1/R E b:With feedback ....reduces. i)system stability ii)system gain ii) system stability and gain iv none of the above

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

a:Write the TF. in respect of the mechanical system given in Fig.
Then using force-voltage analogy obtain the equivalent electrical
network.
|f M C(damping)
ELR
Mech.
KX
Dx
wwwM.
K
M2 www
Elect-Direct
DQ-1
I/e
Elect.- Inverse
E
1/R
1/L
b:With feedback
..reduces.
i)system stability
ii)system gain
ii) system stability and gain
iv none of the above

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