| Historical Notes | p 2,3 | Series-Parallel Circuits | p 25-28 | | Electricity Basics | p 3-6 | Three-Wire Edison | p 28,29 | | Basics/Charges | p 3-5 | Wheatstone Bridge | p 30 | | Basics/Materials | p 6 | Alternating Current (AC) | p 31,32 | | Conductors | p 6 | AC-RMS Values | p 33,34 | | Insulators | p 6 | Inductance-Magnetic Field | p 34-38 | | Semiconductors | p 6 | Induced Voltage | p 36,37 | | Electrical Quantities | p 6,7 | Self-Inductance | p 37 | | Electrical Current | p 6 | Mutual Inductance | p 37,38 | | Electromotive Force | p 6,7 | Series Inductors | p 38 | | Opposition | p 7 | Parallel Inductors | p 38 | | Basic Electric Circuit | p 7,8 | Inductive Reactance | p 39 | | Resistance | p 8-10 | Impedance | p 40 | | Resistors | p 11-14 | Capacitance | p 40-44 | | Ohmís Law | p 14,15 | Capacitive Reactance | p 44 | | Power & Energy | p 15,16 | RLC Series Circuits | p 45,46 | | Basic Electrical Formulas | p 16 | RLC Parallel Circuits | p 46,47 | | Series Circuits | p 17-19 | Three-Phase/Wye | p 48 | | Voltage Divider Formula | p 19,20 | Three-Phase/Wye-Delta | p 49 | | Parallel Circuits | p 20-24 | Three-Phase/Sequence | p 50 | |
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