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Choose the correct answer for the following a- Thevenin's theorem used to 1- Show the operation of the circuit as a source. 2- Simplify complicated circuits. 3- Determine the current in certain branch. b- Norton's Theorem used to 1- Show the operation of the circuit as a source. 2- Simplify complicated circuits. 3- Determine the current in certain branch. c- The iron core of transformers used to: 1- Transfer magnetic flux from primary to secondary winding. 2- Reduce hysteresis and eddy current losses. 3- Initiate magnetic flux. d- The speed of an electron in a current carrying conductor is: 1- The speed of light. 2- In many km per second. 3- In many mm per second. e- The speed of electrical energy inside a current carrying conductor 1- The speed of light. 2- In many km per second. 3- In many mm per second. f- The Imaginary power in AC circuit: 1- Causes no real losses. 2- Causes real losses. 3- Causes imaginary losses. g- The real power in AC circuit transfer: 1- From source to load.

Choose the correct answer for the following a- Thevenin's theorem used to 1- Show the operation of the circuit as a source. 2- Simplify complicated circuits. 3- Determine the current in certain branch. b- Norton's Theorem used to 1- Show the operation of the circuit as a source. 2- Simplify complicated circuits. 3- Determine the current in certain branch. c- The iron core of transformers used to: 1- Transfer magnetic flux from primary to secondary winding. 2- Reduce hysteresis and eddy current losses. 3- Initiate magnetic flux. d- The speed of an electron in a current carrying conductor is: 1- The speed of light. 2- In many km per second. 3- In many mm per second. e- The speed of electrical energy inside a current carrying conductor 1- The speed of light. 2- In many km per second. 3- In many mm per second. f- The Imaginary power in AC circuit: 1- Causes no real losses. 2- Causes real losses. 3- Causes imaginary losses. g- The real power in AC circuit transfer: 1- From source to load.

Introductory Circuit Analysis (13th Edition)
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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3: Choose the correct answer for the following questions: a- Thevenin's theorem used to 1- Show the operation of the circuit as a source. 2- Simplify complicated circuits. 3- Determine the current in certain branch. b- Norton's Theorem used to 1- Show the operation of the circuit as a source. 2- Simplify complicated circuits. 3- Determine the current in certain branch. c- The iron core of transformers used to: 1- Transfer magnetic flux from primary to secondary winding. 2- Reduce hysteresis and eddy current losses. 3- Initiate magnetic flux. d- The speed of an electron in a current carrying conductor is: 1- The speed of light. 2- In many km per second. 3- In many mm per second. e- The speed of electrical energy inside a current carrying conductor is: 1- The speed of light. 2- In many km per second. 3- In many mm per second. f- The Imaginary power in AC circuit: 1- Causes no real losses. 2- Causes real losses. 3- Causes imaginary losses. g- The real power in AC circuit transfer: 1- From source to load.
Transcribed Image Text:3: Choose the correct answer for the following questions: a- Thevenin's theorem used to 1- Show the operation of the circuit as a source. 2- Simplify complicated circuits. 3- Determine the current in certain branch. b- Norton's Theorem used to 1- Show the operation of the circuit as a source. 2- Simplify complicated circuits. 3- Determine the current in certain branch. c- The iron core of transformers used to: 1- Transfer magnetic flux from primary to secondary winding. 2- Reduce hysteresis and eddy current losses. 3- Initiate magnetic flux. d- The speed of an electron in a current carrying conductor is: 1- The speed of light. 2- In many km per second. 3- In many mm per second. e- The speed of electrical energy inside a current carrying conductor is: 1- The speed of light. 2- In many km per second. 3- In many mm per second. f- The Imaginary power in AC circuit: 1- Causes no real losses. 2- Causes real losses. 3- Causes imaginary losses. g- The real power in AC circuit transfer: 1- From source to load.
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