1. Review of electrodynamics
PHY 712 Electrodynamics
9-9:50 AM MWF Olin 105
Plan for Lecture 34:
Review of electrodynamics
Review of Chap. 1-15
Evaluation forms
04/17/2019
PHY 712 Spring Lecture 34

2. 04/17/2019
PHY 712 Spring Lecture 34

3. Review course Holiday Review qualifier Review qualifier Pres I Final
avail
Pres II
Pres III
Final
due
04/17/2019
PHY 712 Spring Lecture 34

4. 04/17/2019
PHY 712 Spring Lecture 34

5. 03/25/2019
PHY 712 Spring Lecture 24

6. 03/25/2019
PHY 712 Spring Lecture 24

7. More relationships
03/25/2019
PHY 712 Spring Lecture 24

8. Notions of special relativity
The basic laws of physics are the same in all frames of reference (at rest or moving at constant velocity).
The speed of light in vacuum c is the same in all frames of reference. y’ y v x x’ y’ x’ y x
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PHY 712 Spring Lecture 24

9. Lorentz transformationsy’ y v x x’ y’ x’ y x
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PHY 712 Spring Lecture 24

10. Lorentz transformations -- continued
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PHY 712 Spring Lecture 24

11. Examples of other 4-vectors applicable to the Lorentz transformation:
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PHY 712 Spring Lecture 24

12. Four-vectors:
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PHY 712 Spring Lecture 24

13. 4-vector relationships
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PHY 712 Spring Lecture 34

14. Algebra rules for Lorentz transformations
Using indices:
row
column
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PHY 712 Spring Lecture 34

15. Example
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PHY 712 Spring Lecture 34

16. Special theory of relativity and Maxwell’s equations
03/25/2019
PHY 712 Spring Lecture 24

17. Lorentz transformations
03/27/2019
PHY 712 Spring Lecture 27

18. 4-vector relationships
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PHY 712 Spring Lecture 27

19. Special theory of relativity and Maxwell’s equations 
 ??
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PHY 712 Spring Lecture 27

20. Electric and Magnetic field relationships
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PHY 712 Spring Lecture 27

21. Transformation of field strength tensor
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PHY 712 Spring Lecture 27

22. Inverse transformation of field strength tensor
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PHY 712 Spring Lecture 27

23. Comparison of the two transformations
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PHY 712 Spring Lecture 27