"Electrodynamics" Example Sentences
1. Electrodynamics is a branch of physics that deals with the interaction of electric and magnetic fields.
2. Maxwell's equations form the foundation of classical electrodynamics.
3. Electromagnetic waves are a central topic in electrodynamics.
4. Charged particles experience forces due to electrodynamics.
5. The principles of electrodynamics underpin the design of electrical machines.
6. Einstein's theory of special relativity revolutionized our understanding of electrodynamics.
7. Electrodynamics is essential for the study of modern electronics.
8. The conservation of energy and momentum are fundamental principles of electrodynamics.
9. The study of electrodynamics has led to numerous technological developments.
10. Electrodynamics predicts the behavior of lightning.
11. Electrodynamics explains how electric motors work.
12. The mathematical language of electrodynamics is vector calculus.
13. Electrodynamics has applications in telecommunications.
14. The experiments conducted by Faraday and others laid the foundation for modern electrodynamics.
15. The theory of electrodynamics is closely related to the theory of magnetism.
16. Electrodynamics plays a central role in the behavior of plasmas.
17. Electrodynamics has applications in materials science.
18. Electrodynamics allows us to understand the behavior of charged particles in electric and magnetic fields.
19. Electrodynamics is critical for understanding how the human nervous system works.
20. Electrodynamics is one of the fundamental theories of physics.
21. Electrodynamics is essential for the design of particle accelerators.
22. The equations of electrodynamics are time-reversal symmetric.
23. Electrodynamics has played a key role in the development of quantum field theory.
24. Electrodynamics provides a framework for understanding the behavior of light.
25. Electrodynamics has applications in the design of renewable energy technologies.
26. The study of electrodynamics led to the unification of electricity and magnetism.
27. Electrodynamics allows us to understand the behavior of electric and magnetic fields in different media.
28. Electrodynamics plays a key role in the development of medical imaging technologies.
29. The principles of electrodynamics led to the discovery of radio waves.
30. Electrodynamics has applications in the design of modern aircraft and spacecraft.
Common Phases
1.
Electrodynamics involves the study of electrically charged particles;
2. The principles of
electrodynamics are applied in various fields like electronics and communication, plasma physics, and astrophysics;
3.
Electrodynamics helps in understanding the behavior of electromagnetic waves;
4. The mathematical framework of
electrodynamics is provided by Maxwell's equations;
5. The study of
electrodynamics also includes the behavior of electric and magnetic fields;
6.
Electrodynamics is foundational to the study of optics and quantum mechanics;
7. The laws of
electrodynamics govern the behavior of electric motors and generators.