Propose a mathematical model for the rotational mechanical system in Figure 1 using the force-voltage analogy e, T(t) = v; (t) dt all B1 de B + KO = T (t) dt Figure 1 a) Propose a mathematical model for the translational mechanical system of the figure using the force-voltage analogy. b) Draw the electric circuit. c) Propose a mathematical model for the electric system. d) Change the electric model to obtain the equivalent mechanical system.

Propose a mathematical model for the rotational mechanical system in Figure 1 using the force-voltage analogy e, T(t) = v; (t) dt all B1 de B + KO = T (t) dt Figure 1 a) Propose a mathematical model for the translational mechanical system of the figure using the force-voltage analogy. b) Draw the electric circuit. c) Propose a mathematical model for the electric system. d) Change the electric model to obtain the equivalent mechanical system.

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...

See similar textbooks

Similar questions

Name of a report STRENGTH OF MATERIALS Hello sir, I have a report, please, the solution is text keyboard, it will be a solution for one or two pages. It doesn't matter.
A permanent-magnet moving-coil instrument has a moving coil of 4 cm height, 8 cm width, 3000 turns and internal resistance of 100 0. The magnetic flux density is 0.25 Wb/m2. The deflecting torque required to give a full- scale deflection current of 100 mA is ................. O 2.4 N.m O 24 N.m O 4.2 N.m O 0.24 N.m
(BASIC ELECTRICAL ENGINEERING) A solenoid of iron core has a cross sectional area of 2.33 in2 and has a length of 1.89 ft. If the winding has a 2234 turns of wire what is the reluctance of the circuit? Show your complete solution and limit your answer into 3 decimal place only.
From the next mechanical system, obtain.a. Analogy force – voltage.b. Analogy force – current.
The field winding of a D.C. machine has an inductance of 2 H and takes final current of 2 A when connected to a 100 V D.C. supply. Calculate: [3] a. the initial rate of growth of current b. the time constant
We will often use water as an analogy for electricity. This can help us to visualize circuits and current flow. However, this analogy doesn't always work. After learning about the laws attraction and magnetic induction, what are some ways that you can think of that demonstrate how the flow of electrical current is different than the flow of water?
Please compute the torque required for this problem. Thankyou.
I need answer within 20 minutes please please with my best wishes
Kirchhoff's voltage law deals with (a) Conversation of energy (b) Conversation of momentum (c) Conversation of charge (d) Conversation of angular momentum