Given the circuit shown below to the left, if the 300 resistor is removed from the circuit (as shownto the right), determine the voltage across the 2002 resistor, V20, along with the voltage across theterminals where the 300 resistor used to be connected, V30x-10V20023002V20www200210VProblem #4) Given the time-varying voltage:V30xExpress the voltage as its (RMS) phasor equivalent.v(t)=30-sin(377-t-45°)11V₂0=V30x =.(V)

Answered: Given the circuit shown below to 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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Given the circuit shown below to the left, if the 300 resistor is removed from the circuit (as shown
to the right), determine the voltage across the 2002 resistor, V20, along with the voltage across the
terminals where the 300 resistor used to be connected, V30x-
10V
2002
3002
V20
www
2002
10V
Problem #4) Given the time-varying voltage:
V30x
Express the voltage as its (RMS) phasor equivalent.
v(t)=30-sin(377-t-45°)
11
V₂0=
V30x =
.(V)

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Step 1: Question analysis:

Given the circuit below if from left circuit 30 ohm resistance is remooved then calculate calculate voltage across 20 ohm and voltage across that removed 30 ohm resistance.

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