The Study of Elementary Electricity and Magnetism by Experiment
by OpenStories
Original author: Thomas M. St. John
"The Study of Elementary Electricity and Magnetism by Experiment" by Thomas M. St. John is a scientific publication written in the early 20th century. This instructional text serves as a comprehensive guide for amateurs and students, focusing on a systematic approach to conducting practical experiments related to electricity and magnetism using simple, home-made apparatus. The book's goal is to provide readers with hands-on experience in understanding fundamental concepts of electricity and magnetism through a series of two hundred experiments. The opening of the book outlines its purpose and structure, addressing the intended audience while emphasizing the necessity for readers to approach the experiments in a sequential manner. St. John stresses the importance of understanding each step of the experiments thoroughly before moving on to subsequent ones. He also indicates that the chosen apparatus for the experiments will be both basic and affordable, encouraging students to create their own equipment where possible. This approach not only educates but also fosters a sense of creativity and engagement with the experiments presented throughout the work, setting a solid foundation for readers to explore the principles of electricity and magnetism effectively.
The Study of Elementary Electricity and Magnetism by Experiment, by Thomas M. St. John. Republished by OpenStories from Project Gutenberg eBook #48041.
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37 Chapters
- 1.Chapter II: =Magnets= 7706 words
- 2.Chapter X: =Condensation of Electrification= 68280 words
- 3.Chapter XV: Galvanic Cells and Batteries 102410 words
- 4.Chapter XX: Current Strength 142345 words
- 5.Chapter XXV: Induced Currents 178238 words
- 6.Chapter XXVII: Applications of Electricity 192128 words
- 7.Chapter XXVIII: Wire Tables 208159 words
- 8.Chapter I: Iron and Steel800 words
- 9.Chapter II: Magnets3,390 words
- 10.Chapter III: Induced Magnetism593 words
- 11.Chapter IV: The Magnetic Field2,340 words
- 12.Chapter V: Terrestrial Magnetism1,467 words
- 13.Chapter VI: Electrification1,953 words
- 14.Chapter VII: Insulators and Conductors1,420 words
- 15.Chapter VIII: Charging and Discharging Conductors2,105 words
- 16.Chapter IX: Induced Electrification2,197 words
- 17.Chapter X: Condensation of Electrification2,434 words
- 18.Chapter XI: Electroscopes915 words
- 19.Chapter XII: Miscellaneous Experiments670 words
- 20.Chapter XIII: Atmospheric Electricity640 words
- 21.Chapter XIV: Construction and Use of Apparatus1,557 words
- 22.Chapter XIII: , for Home-Made Detectors.)2,299 words
- 23.Chapter XV: Galvanic Cells and Batteries2,971 words
- 24.Chapter I: , for Home-Made Two-Fluid Cells.)1,117 words
- 25.Chapter XVI: The Electric Circuit479 words
- 26.Chapter XVII: Electromotive Force1,006 words
- 27.Chapter XVIII: Electrical Resistance3,002 words
- 28.Chapter XIX: Measurement of Resistance3,962 words
- 29.Chapter XX: Current Strength2,298 words
- 30.Chapter XXI1,777 words
- 31.Chapter XXII: Electromagnetism1,904 words
- 32.Chapter XXIII: Electromagnets2,967 words
- 33.Chapter XXIV: Thermoelectricity639 words
- 34.Chapter XXV: Induced Currents2,474 words
- 35.Chapter XXVI: The Production of Motion by Currents1,237 words
- 36.Chapter XXVII: Applications of Electricity4,229 words
- 37.Chapter XXVIII: Wire Tables7,515 words