Superposition V. Determine the current flowing through (Ix) and voltage across the 2 ohms resistor (Vx) a.) 3V acting alone a.1) Draw the circuit with 3v acting alone a.2) Solve to find Ix' and Vx' b.) 4A acting alone b.1) draw the circuit with 4A acting alone b.2) use circuit simulation software( NI Multisim, or Multisim live, or Everycircuit) simulate circuit (from b.1) and add properly ammeter and voltmeter to find Ix'' and Vx'' with 4A acting alone b.3.) Solve to find Ix'' and Vx'' (manually) c.) solve for Ix and Vx from results of (a.1, a.2, b.2) d.) simulate the original given circuit (with 3v and 4A) to check the results (from c, for Ix and Vx)
Superposition V. Determine the current flowing through (Ix) and voltage across the 2 ohms resistor (Vx) a.) 3V acting alone a.1) Draw the circuit with 3v acting alone a.2) Solve to find Ix' and Vx' b.) 4A acting alone b.1) draw the circuit with 4A acting alone b.2) use circuit simulation software( NI Multisim, or Multisim live, or Everycircuit) simulate circuit (from b.1) and add properly ammeter and voltmeter to find Ix'' and Vx'' with 4A acting alone b.3.) Solve to find Ix'' and Vx'' (manually) c.) solve for Ix and Vx from results of (a.1, a.2, b.2) d.) simulate the original given circuit (with 3v and 4A) to check the results (from c, for Ix and Vx)
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...
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Question
Superposition
V. Determine the current flowing through (Ix) and voltage across the 2 ohms resistor (Vx)
a.) 3V acting alone
a.1) Draw the circuit with 3v acting alone
a.2) Solve to find Ix' and Vx'
b.) 4A acting alone
b.1) draw the circuit with 4A acting alone
b.2) use circuit simulation software( NI Multisim, or Multisim live, or Everycircuit) simulate circuit (from b.1) and add properly ammeter and voltmeter to find Ix'' and Vx'' with 4A acting alone
b.3.) Solve to find Ix'' and Vx'' (manually)
c.) solve for Ix and Vx from results of (a.1, a.2, b.2)
d.) simulate the original given circuit (with 3v and 4A) to check the results (from c, for Ix and Vx)
Transcribed Image Text:4A
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