Maxwell example sentences
max·well
noun physics
maxwell (noun) · maxwells (plural noun)
- a unit of magnetic flux in the centimeter-gram-second system, equal to that induced through one square centimeter by a perpendicular magnetic field of one gauss.
"Maxwell" Example Sentences
1. The Maxwell equations are fundamental to electromagnetism.2. My physics professor explained Maxwell's contributions eloquently.
3. He's a true Maxwell scholar, deeply versed in his work.
4. Understanding Maxwell's demon requires careful thought.
5. The Maxwell bridge is a useful tool in electrical engineering.
6. We used a Maxwell-type distribution to model the data.
7. This discovery rivals the impact of Maxwell's equations.
8. The book detailed the life of James Clerk Maxwell.
9. Maxwell's equations are the cornerstone of modern physics.
10. His research extended the work of James Clerk Maxwell.
11. It’s amazing how elegant Maxwell's equations really are.
12. The experiment confirmed Maxwell's predictions with great accuracy.
13. Beyond Maxwell's equations, there are many other exciting areas of physics.
14. Few understood Maxwell's theories as well as he did.
15. Maxwell's work laid the groundwork for later discoveries.
16. The implications of Maxwell's equations are far-reaching.
17. Are you familiar with Maxwell's demon thought experiment?
18. Learning Maxwell's equations changed my perspective.
19. He cited Maxwell extensively in his dissertation.
20. Maxwell's contributions are still being explored today.
21. The student struggled to grasp Maxwell's complex equations.
22. She dedicated her life to understanding Maxwell's work.
23. This new technology builds upon the principles of Maxwell.
24. Maxwell's equations govern the behavior of light.
25. James Clerk Maxwell was a brilliant scientist.
26. Do you think Maxwell's equations will ever be superseded?
27. We're applying Maxwell's equations to this engineering problem.
28. His thesis was a detailed analysis of Maxwell's theory.
29. Maxwell's work is essential for understanding electromagnetism.
30. The lecture focused on the life and achievements of James Clerk Maxwell.
31. This simulation accurately models Maxwell's equations in three dimensions.
32. The professor explained Maxwell's equations in a clear and concise manner.
33. A deep understanding of Maxwell's equations is crucial for physicists.
34. Interestingly, Maxwell's demon is still a topic of debate.
35. The conference featured several presentations on Maxwell's work.
36. His research challenged some interpretations of Maxwell's equations.
37. Maxwell's influence extends far beyond physics.
38. The team is using a Maxwell distribution to model the data.
39. Maxwell's equations are remarkably simple yet profound.
40. The book provided a comprehensive overview of Maxwell's contributions.
41. It’s a Maxwell-Boltzmann distribution, not a Gaussian one.
42. Solving the Maxwell equations can be quite challenging.
43. The article discussed the historical context of Maxwell's discoveries.
44. Even today, new insights are gained from studying Maxwell's work.
45. We used a finite-element method to solve the Maxwell equations.
46. Maxwell, a name synonymous with electromagnetic theory.
47. The scientist dedicated his career to furthering the legacy of Maxwell.
48. Understanding Maxwell's equations is a rite of passage for physics students.
49. Few can match the genius of James Clerk Maxwell.
50. This model utilizes a modified version of Maxwell's equations.
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