If the points a and b in the figure above are connected by a resistance wire ?, show that the current in the wire is given by i = E (Rs - Rx ) (R + 2r) (Rs + Rx ) + 2RsRx Here E is the electromotive force, with R1 = R2 = R and R0 = 0. 3) Considere o circuito abaixo.Contato deslizanteRSe os pontos a e b da figura acima são ligados por um fio de resistência r, mostre que acorrente no fio é dada porE(R, – Rx)i =(R + 2r)(Rş + Rx) + 2R,RxAqui E é a força eletromotriz, com R1 = R2 = R e Ro = 0.%3D%3D

Explanation: Here we are going to use Thevenin's equivalent circuit Rth = R2+RsRxRs+Rx Vth = Va -…

Answered: If the points a and b in the figure…

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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If the points a and b in the figure above are connected by a resistance wire ?, show that the current in the wire is given by i = E (Rs - Rx ) (R + 2r) (Rs + Rx ) + 2RsRx Here E is the electromotive force, with R1 = R2 = R and R0 = 0.

3) Considere o circuito abaixo.
Contato deslizante
R
Se os pontos a e b da figura acima são ligados por um fio de resistência r, mostre que a
corrente no fio é dada por
E(R, – Rx)
i =
(R + 2r)(Rş + Rx) + 2R,Rx
Aqui E é a força eletromotriz, com R1 = R2 = R e Ro = 0.
%3D
%3D

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