Q3) For the electrical circuit shown, construct the analogous mechanical circuit. Prove that they areanalogous mathematically.CLRSHOT ON MI 6MI DUAL CAMERA The electrical and mechanical systemsfollow two analogy i.e., force-currentanalogy (f-i) and force-voltage analogy (f-v):MechanicalMechanical Analog I(Force-Current)ElectricalAnalog II(Force Voltage)QuantityVoltage, eVelocity, vForce, fCurrent, iForce, fVelocity, vLubricity, 1/D(Inverse friction)Resistance, RFriction, DCompliance, 1/K(Inverse springconstant)Capacitance, CMass, MCompliance, 1/K(Inverse springconstant)Inductance, LMass, MTransformer,N1:N2Lever, L1:L2Lever, L1:L2

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Answered: Q3) For the electrical circuit shown,…

Q3) For the electrical circuit shown, construct the analogous mechanical circuit. Prove that they are analogous mathematically. L R V

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Q3) For the electrical circuit shown, construct the analogous mechanical circuit. Prove that they are
analogous mathematically.
C
L
R
SHOT ON MI 6
MI DUAL CAMERA

The electrical and mechanical systems
follow two analogy i.e., force-current
analogy (f-i) and force-voltage analogy (f-v):
Mechanical
Mechanical Analog I
(Force-Current)
Electrical
Analog II
(Force Voltage)
Quantity
Voltage, e
Velocity, v
Force, f
Current, i
Force, f
Velocity, v
Lubricity, 1/D
(Inverse friction)
Resistance, R
Friction, D
Compliance, 1/K
(Inverse spring
constant)
Capacitance, C
Mass, M
Compliance, 1/K
(Inverse spring
constant)
Inductance, L
Mass, M
Transformer,
N1:N2
Lever, L1:L2
Lever, L1:L2

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