Magnetic effects of current(Hindi+ English )
Why take this course?
🌟 Course Title: Magnetic Effects of Current: The Interplay Between Charged Particles and Magnetic Fields 🌟
Course Description:
Discover the fascinating world where electricity meets magnetism in our comprehensive online course, "Magnetic Effects of Current." This journey through electromagnetism unveils the mysteries behind how moving charges create magnetic fields and vice versa. Taught by the esteemed Gagan Deep Ahuja, this course is a perfect blend of theoretical knowledge and practical applications, making it an indispensable resource for students and professionals alike.
What You'll Learn:
- 🔻 Historical Discoveries: Trace back to the pioneering observations of Oersted in 1820 that laid the foundation for our understanding of electromagnetism.
- 💫 Current and Magnetic Fields: Explore how a current-carrying wire produces a magnetic field and the ways in which this field interacts with moving charges.
- 🧠 Oersted's Experiments: Understand the implications of Oersted's experiments with compass needles and iron filings around wires.
- 🚀 Applications in Particle Acceleration: Learn about the principles behind the cyclotron, which accelerates charged particles to high energies.
- 📏 Measurement Techniques: Dive into the methods used for detecting and measuring current and voltage with instruments like a galvanometer.
Key Concepts Covered:
- ✅ Biot-Savart Law
- ⚫️ Fleming's Left Hand Rule
- 🔁 Amperes Circuital Law
- 🔧 Magnetic Field Configurations
- ⚡ The Solenoid and Its Applications
Course Highlights:
- 📈 Practical Examples: From the magnetic field due to a straight wire to that of a circular coil, learn through real-world examples.
- 🧬 Mathematical Foundations: Grasp the mathematical descriptions of electromagnetic phenomena with clarity and precision.
- 🔍 Historical Context: Understand the evolution of our understanding of electromagnetism from its discovery to modern applications.
- 📚 Comprehensive Coverage: This course covers everything from the basics to complex concepts like the behavior of magnetic fields in various configurations and the principles behind particle accelerators.
- 🚀 Real-World Applications: Discover how these electromagnetic principles are applied in technology today, including the use of magnetic fields in medical imaging, data storage devices, electric motors, and more.
Who This Course Is For:
- 🎓 Students pursuing physics or electrical engineering degrees
- 🤵 Engineers and scientists working with electromagnetic principles
- 🚀 anyone interested in the fundamentals of electricity and magnetism
Embark on a journey through the intricate world of magnetic fields and electric currents. Join us to unlock the secrets of this dynamic interplay that has shaped modern technology. Enroll in "Magnetic Effects of Current" today and harness the power of electromagnetism! 💫🚀
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