Electricity and Magnetism
Electricity and Magnetism
£48.00
GBPOriginally published in 1903, and written by English physicist Sir Richard Tetley Glazebrook (1854–1935), this dynamic textbook provides a detailed introduction on the theoretical and practical side of electricity and magnetism. Featuring detailed and useful examples for practical laboratory classwork, this book is primarily designed to be a classroom aid for teachers and students alike, and to reinforce learning and the basic principles of the subject; 'it is with the hope that the book may be of value to those who are endeavouring to put the method in practice'. Diagrams are included for reference. Containing, covering and composed of all the expected topics and the relevant applications, such as 'Electrostatics', 'Laws of Magnetic Force' and 'Measurement of Current', this book is an invaluable source of experiments and will be of considerable value to scholars of physics, as well as to anyone with an interest in the history of education.
Product details
October 2016Paperback
9781316626153
450 pages
178 × 125 × 26 mm
0.44kg
Available
Table of Contents
- 1. Electrostatics: fundamental facts
- 2. Electricity as a measurable quantity
- 3. Measurement of electric force and potential
- 4. Condensers
- 5. Electrical machines
- 6. Measurement of potential and electric force
- 7. Magnetic attraction and repulsion
- 8. Laws of magnetic force
- 9. Experiments with magnets
- 10. Magnetic calculations
- 11. Magnetic measurements
- 12. Terrestrial magnetism
- 13. The electric current
- 14. Relation between electromagnetic force and current
- 15. Measurement of current
- 16. Measurement of resistance and electromotive force
- 17. Measurement of quantity of electricity, condensers
- 18. Thermal activity of a current
- 19. The voltaic cell (theory)
- 20. Electromagnetism
- 21. Magnetisation of iron
- 22. Electromagnetic instruments
- 23. Electromagnetic induction
- 24. Applications of electromagnetic induction
- 25. Telegraphy and telephony
- 26. Electric waves
- 27. Transference of electricity through gases: corpuscles and electrons
- Answers to examples
- Index.
