Online course Electricity & Magnetism, Part 2

free advanced electromagnetism course
Free mode

Electricity & Magnetism, Part 2

Are you ready to deepen your understanding of the forces that shape our universe? This course is your gateway to mastering advanced concepts in electromagnetism. Don’t miss this opportunity to advance your knowledge in one of the most fundamental areas of physics. Enroll today and take your understanding of electromagnetism to the next level!

What will I learn?

The online advanced electromagnetism course (in its free or paid mode), Electricity & Magnetism, Part 2, delves into advanced topics in electricity and magnetism, enhancing your theoretical understanding and practical skills. By enrolling in this course, you will gain a comprehensive understanding of advanced electromagnetism, essential for careers in physics, engineering, and technology. The skills you acquire will enable you to analyze and solve complex problems in electromagnetism, preparing you for further studies or professional challenges.

This course is ideal for physics enthusiasts, engineering students, and anyone looking to expand their expertise in electromagnetism. Prior completion of Part 1 is recommended. The course has a rigorous and didactic approach, which combines clear and simple explanations with examples and activities that will help you consolidate your learning. The course also offers you additional resources, such as readings, videos and links of interest, that you can consult to expand your knowledge and deepen the topics that interest you the most.

This course is available on the edX platform, one of the world’s most prestigious online education platforms, founded by MIT and Harvard University. It can be taken completely free of charge or for a small fee.

Contents of the online advanced electromagnetism course, Electricity & Magnetism, Part 2

These are the contents of the course:

  1. Maxwell’s Equations: Learn to derive and apply Maxwell’s Equations to describe the behavior of electric and magnetic fields in various contexts.
  2. Electromagnetic Waves: Understand the generation and propagation of electromagnetic waves, including their interaction with matter.
  3. Electric Circuits and Inductance: Explore the principles of electric circuits, focusing on inductance, AC circuits, and resonance phenomena.
  4. Magnetic Fields in Matter: Study how magnetic fields interact with materials, including concepts like magnetic susceptibility and ferromagnetism.
  5. Electromagnetic Radiation: Examine the emission, absorption, and scattering of electromagnetic radiation, with applications in communication and technology.

Paid or free advanced electromagnetism course

The course has two modalities: free and paid. The free advanced electromagnetism course, allows you to access all the content of the course, including the videos, the readings, the exercises and the discussion forums.

The paid modality also offers you the possibility of obtaining a verified certificate from edX, which accredits your participation and approval of the course. This certificate can be of great value for your curriculum vitae, as it demonstrates your interest and competence in advanced electromagnetism. In addition, by paying for the course, you will be contributing to Rice University and edX being able to continue offering quality and accessible courses for everyone. If you want to know more about the cost and benefits of this modality, I invite you to visit the course page on edX, where you will find all the information you need.

In conclusion, the online advanced electromagnetism course (in its free or paid mode), Electricity & Magnetism, Part 2, is a powerful resource for those looking to deepen their expertise in physics. It offers a thorough exploration of key concepts that are essential for anyone pursuing a career in science or engineering. By completing this course, you’ll be well-equipped to tackle real-world problems and innovate in the field of electromagnetism. Charge up your education, enroll today and connect with the dynamic force of electromagnetism!

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