Basic Electrical Engineering for Students of Electrical Engineering |
Contents
Classification of Physical Quantities | 1 |
Versatility of Electrical Charge | 25 |
Voltage Current and Power | 48 |
Copyright | |
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Other editions - View all
Basic Electrical Engineering for Students of Electrical Engineering George Francis Corcoran No preview available - 1949 |
Common terms and phrases
alternating current amp-turns amperes applied assumed atom axial length axis B-H curve battery boundary capacitance capacitor cathode cell coil component constant copper coulomb current flowing current loops current-carrying cycle dielectric dimensionally direction electric field electric flux electrical charge electrical circuit electrolyte electron electron volts element employed equation equipotential equivalent evaluated example expressed field map flux density flux linkages force indicated inductance insulation joules junction magnetic circuit magnetic field magnetic flux magnetic flux density magnetic potential magnitude mass material metal meter method mks units motor negative charge obtained ohms parallel path plane plate pole positive charge potential difference potential drop Prob quantities R₁ relative required to find resistance resistor result self-inductance series circuit shown in Fig specified square statcoulomb surface temperature terminals Thévenin's theorem time-averaged transformation triode tube velocity voltage drop volts watts weber weber/sq wire zero