R. T. Glazebrook
Electricity and Magnetism
R. T. Glazebrook
Electricity and Magnetism
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Originally published in 1903, this dynamic textbook introduces the theoretical and practical side of electricity and magnetism.
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Originally published in 1903, this dynamic textbook introduces the theoretical and practical side of electricity and magnetism.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 450
- Erscheinungstermin: 31. Mai 2016
- Englisch
- Abmessung: 178mm x 127mm x 26mm
- Gewicht: 471g
- ISBN-13: 9781316626153
- ISBN-10: 1316626156
- Artikelnr.: 46166418
- Verlag: Cambridge University Press
- Seitenzahl: 450
- Erscheinungstermin: 31. Mai 2016
- Englisch
- Abmessung: 178mm x 127mm x 26mm
- Gewicht: 471g
- ISBN-13: 9781316626153
- ISBN-10: 1316626156
- Artikelnr.: 46166418
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.
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.
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.
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.