## Fundamentals of electrical engineering |

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### Contents

CHAPTER PAGE | 1 |

THE DIRECTCURRENT CIRCUIT | 71 |

POWER AND ENERGY RELATIONS | 107 |

Copyright | |

14 other sections not shown

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### Common terms and phrases

air gap ampere-turns amperes applied atomic axis battery branch calculate capacitance capacitor chapter circuit of Fig circuit problems coil component conducting conductor constant Coulomb's law current density current flow curve determined dielectric effect electric circuit electric field electric intensity electrical energy electrical engineer electromagnetic electromotive force electrons electrostatic equal equivalent circuit Example ferromagnetic flux density flux-linkages free space frequency function given hysteresis integral iron Kirchhoff's current law Kirchhoff's voltage law length linear loop loss magnetic circuit magnetic field magnetic flux magnetic induction magnetic potential magnetomotive force magnitude medium mesh meter method mks system mutual inductance negative node obtained Ohm's law ohms parallel path permeability plane plates point charges positive potential decrease potential drop quantity reference direction self-inductance shown in Fig solenoid solution surface temperature terminal Thevenin's theorem tion transmission line unit vector voltage equations volts wire zero