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|a 1. Matter and the Electron theory2.Magnetism3. Fundamental Ideas Concerning Electricity4. Currents of Electricity5.Electromotive Force, Current, Resistance and Ohm's Law6. Work, Power, Energy, Torque and Efficiency7. The gneration of Electrical Energy8. Electric Circuits9. Electromagnetism10. The Magnetic Circuit11. Magnetic Leakage12. Calculation of Magnet Windings13. Applications of Electromagnets14. Magnetic Traction and Lifting Magnets15. Hysteresis16. Contact Electromotive Forces17. The Principles of Primary Cells18. Types and Connections of Primary Cells19. Electrolysis20. Storage Batteries21. Electromagnetic Induction22. Mutual Induction23. Self Induction24. Inductance25. Self Inductance26. Mutual Inductance27. Energy Stored in the Magnetic Field28. Eddy Currents29. Principles of Electric Generators30. Direct-current-generator Field Structrures31. Principles of Direct-current-generator Armatures32. Armature Reaction, Commutators and Commutation33. Multipolar Direct-current Generator34. Direct-current Armature Windings35. Direct-current-generator Voltages, Ratings and Efficiencies36. Direct-current-generator Characteristics37. Direct-current-motor Principles38. The SHunt Motor and Its STarting and control39. Series and Compound-wound Motors40. Direct-current-motor Power, Current and Voltage Relations41. Characteristics of Alternating Currents42. Alternating-current-generator Principles and Construction43. How Altaernators Develop Electromotive Forces44. Alternating-current Vectors and Vector Diagrams45. The Addition and Subtraction of Alternating-current Values46. Effects of Resistance and Inductance in Alternating-current Circuits47. What Reactance and Impedance Really Mean48. Permitance or "Capacity" in Alternating-current circuits49. Figuring Alternatig-current circuits50. Power and Power Factor in alternating-current circuits51. Polyphase Circuits and Systems52. Transformers, Their Principles and Applications53. Three-wire Distribution and Systems54. Vacuum Tubes
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