Question 3 How do you convert a voltage source in series with a short-circuit to a current source? A Divide the voltage source by the resistor and parallel the short-circuit. B) Multiply the voltage source with the resistor and series the short-circuit. No, you can't. D Multiply the voltage source with the resistor and parallel the short-circuit.
Question 3 How do you convert a voltage source in series with a short-circuit to a current source? A Divide the voltage source by the resistor and parallel the short-circuit. B) Multiply the voltage source with the resistor and series the short-circuit. No, you can't. D Multiply the voltage source with the resistor and parallel the short-circuit.
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 3
Transcribed Image Text:Question 3
How do you convert a voltage source in series with a short-circuit to a current source?
A Divide the voltage source by the resistor and parallel the short-circuit.
B) Multiply the voltage source with the resistor and series the short-circuit.
No, you can't.
D Multiply the voltage source with the resistor and parallel the short-circuit.
Question 4
How to transform a current source in parallel with a resistor R to a voltage source?
A Multiply current source with resistor R to get the value of voltage source and parallel the resistor.
B
Divide current source by resistor R to get the value of voltage source and parallel the resistor.
Multiply current source with resistor R to get the value of voltage source and series the resistor.
D Divide current source by resistor R to get the value of voltage source and series the resistor.
Question 5
Can you use Source Transformation to dependent sources?
A Maybe
в) No
c) None of the above
D Yes
ill be marked as lote.
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