This is a two-part problem:a) Find the voltage Vx in the circuit attached using voltage and/or current division.b) Replace the 45 V source with a general voltage source equal to Vs. Assume Vs is positive at the upper terminal. Find Vx as a function of Vs. ing voltage and/or current division.b) Replace the 45 V source with a generalsource equal to Vs. Assume V, is positiveupper terminal. Find vx as a function of LFigure P3.32291 toi45 VΚΩU23 tedW5kn+edinco+ Uxwore 20 kto22 Vm 00160 knΚΩΣ90 ΚΩon 3.5A shunt resistor and a 50 mV, 1 mA d'Amovement are used to build a 5 A ammetesistance of 20 m2 is placed across the termthe ammeter. What is the new full-scale ransammeter?circuit in Fig, P.

Given a circuit diagram To find (a) voltage Vx in the circuit attached using voltage and/or current…

Answered: This is a two-part problem: a) Find the…

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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This is a two-part problem: a) Find the voltage Vx in the circuit attached using voltage and/or current division. b) Replace the 45 V source with a general voltage source equal to Vs. Assume Vs is positive at the upper terminal. Find Vx as a function of Vs.

ing voltage and/or current division.
b) Replace the 45 V source with a general
source equal to Vs. Assume V, is positive
upper terminal. Find vx as a function of L
Figure P3.32
291 toi
45 V
ΚΩ
U23 tedW5kn
+edinco
+ Ux
wore 20 k
to
22 Vm 001
60 kn
ΚΩ
Σ90 ΚΩ
on 3.5
A shunt resistor and a 50 mV, 1 mA d'A
movement are used to build a 5 A ammete
sistance of 20 m2 is placed across the term
the ammeter. What is the new full-scale rans
ammeter?
circuit in Fig, P.

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