## Basic electrical engineering |

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### Contents

CHAPTER PaGE | 3 |

AlternatingCurrent Circuits | 208 |

Magnetic Materials | 255 |

Copyright | |

5 other sections not shown

### Common terms and phrases

air gap ammeter ampere assumed atom branch currents capacitance capacitor cent circuit elements circuit of Fig coil complex number component conductor connected in series constant copper core current-carrying Define Determine dielectric direction domain eddy-current loss electric circuit electric field intensity electrodynamometer electrons equal equation equivalent expression ferromagnetic force frequency Hence hysteresis hysteresis loop illustrated in Fig Illustrative Problem impedance indicated insulating iron Kirchhoff's Kirchhoff's voltage law lines of charge load magnetic circuit magnetic field intensity magnetic flux density magnetomotive force magnitude material maximum method moving element node node-voltage Ohm's law ohms permanent magnet permeability permittivity phase angle phasor phasor diagram PMMC mechanism potential difference rated ratio reactance resistor resonance RMKS system RMKS unit rotation series circuit shown in Fig shunt sinusoidal Solution temperature terminals thermocouple three-phase toroid torque Type vector voltage source voltmeter watthour meter wattmeter zero