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Q1: State if the following sentences are true: a) The B-H curve in magnetic circuits can determine the relative permeability level. b) The residual flux density is the result of multiplying the current and number of turns. c) The concept of resonance will occur at natural frequency.

Q1: State if the following sentences are true: a) The B-H curve in magnetic circuits can determine the relative permeability level. b) The residual flux density is the result of multiplying the current and number of turns. c) The concept of resonance will occur at natural frequency.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Q1: State if the following sentences are true: a) The B-H curve in magnetic circuits can determine the relative permeability level. b) The residual flux density is the result of multiplying the current and number of turns. c) The concept of resonance will occur at natural frequency. d) The quality factor at resonance circuits is the product of the reactive power of either the inductor or the capacitor to the average power of the resistor at resonance. e) The cutoff frequency is the frequency where the series resonance circuit is at resonance frequency. f) Single-phase circuit provide a lower density than the three-phase circuit at the same amperage. g) One of the most possible situation for an unbalanced system is caused by inequality of the source voltages in magnitude and/or differ in phase by angles that are unequal. h) The flux density is denoted by B, using tesla units. i) Using THÉVENIN'S theorem in AC circuits we can replace the two-terminal linear Ac network with current source and series resistor. j) In series resonance circuit when the frequency is less than resonance frequency the network will have capacitive characteristics.
Transcribed Image Text:Q1: State if the following sentences are true: a) The B-H curve in magnetic circuits can determine the relative permeability level. b) The residual flux density is the result of multiplying the current and number of turns. c) The concept of resonance will occur at natural frequency. d) The quality factor at resonance circuits is the product of the reactive power of either the inductor or the capacitor to the average power of the resistor at resonance. e) The cutoff frequency is the frequency where the series resonance circuit is at resonance frequency. f) Single-phase circuit provide a lower density than the three-phase circuit at the same amperage. g) One of the most possible situation for an unbalanced system is caused by inequality of the source voltages in magnitude and/or differ in phase by angles that are unequal. h) The flux density is denoted by B, using tesla units. i) Using THÉVENIN'S theorem in AC circuits we can replace the two-terminal linear Ac network with current source and series resistor. j) In series resonance circuit when the frequency is less than resonance frequency the network will have capacitive characteristics.
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