1 Displacement current | Gauss law of magnetism | Maxwell equations | Electromagnetic waves

🎓 COMPLETE YOUR JEE PREPARATION WITH COMPETISHUN Watch complete JEE lectures FREE with PAARAS Batch and access Competishun Courses, Test Series, PYQs & free Study Material — all in one place. 🚀 📱 COMPETISHUN APP 👉 https://play.google.com/store/apps/de... 💻 STUDY ON WEB 👉 https://i.competishun.com 🌐 EXPLORE COMPETISHUN 🎯 All Courses 👉 https://competishun.com/courses/ 📝 JEE & Other Test Series 👉 https://competishun.com/test-series/ 📚 Competishun Books & Study Material 👉 https://competishun.com/buy-books/ 🎁 Free Study Resources 👉 https://competishun.com/free-resources/ 🌐 Official Website 👉 https://competishun.com ━━━━━━━━━━━━━━━━━━ 📞 ADMISSION & SUPPORT 8888-0000-21 7410-900-901 7410-900-906 7410-900-907 7410-900-908 🔔 Subscribe to the channel for complete JEE lectures, preparation strategies, exam updates and expert guidance from the Competishun faculty. ---------------------------------------------------------------------------- Topics Covered in this Lecture:- 00:00 Intro to Electromagnetic Waves: Waves resulting from the interplay of electric and magnetic fields, propagating through space at the speed of light. 6:50 Electric-Magnetic Field Coupling: The mutual influence and connection between electric and magnetic fields as they propagate together in electromagnetic waves. 16:42 Conduction Current: Current produced by the motion of electric charges within a conducting material. 18:25 Maxwell's Displacement Current: The concept introduced by Maxwell to account for the changing electric field in a region, contributing to the generation of electromagnetic waves. 34:41 Formula of Id: Represents the displacement current (Id) in a region and is given by the product of the electric constant (ε₀) and the rate of change of electric flux (∂E/∂t). 40:00 Example-1: Involves calculating the displacement current (Id) through a given area, emphasizing the relationship with the changing electric field. 45:42 Example-2: Similar to Example-1, this example calculates the displacement current (Id) through a specific area "a." 50:40 Example-3 (diagram): A visualized example illustrating the calculation of displacement current through a provided diagram. 54:42 Maxwell EM Waves Eqn: The electromagnetic wave equation proposed by Maxwell, describing the propagation of electromagnetic waves through space. 1:10:00 Generation of EM Waves: The process by which electromagnetic waves are produced, often involving oscillating electric and magnetic fields in antennas or other devices. ---------------------------------------------------------------------------- Electromagnetic Waves for JEE Mains and Advanced | Displacement Current | Gauss's Law of Magnetism | Maxwell's Equations | Generation of Electromagnetic Waves | Intensity of EM Waves | Energy Density in Electromagnetic Waves | Poynting Vector | Electromagnetic Spectrum | Doppler Effect in EM Waves | Red Shift and Blue Shift | Characteristics of Electromagnetic Waves | Electromagnetic Wave Propagation | Reflection and Refraction of EM Waves | Polarization of EM Waves | Applications of Electromagnetic Waves | Wireless Communication. ---------------------------------------------------------------------------- Free IIT JEE coaching, Free JEE Main lectures, Best IIT JEE YouTube channel, Complete JEE syllabus free, Free online coaching for JEE, Free JEE Main and Advanced preparation, Best free lectures for JEE, IIT JEE physics, chemistry, math full syllabus, Best YouTube channel for JEE Main, Free JEE Main physics lectures, Best coaching for JEE Main and Advanced, JEE Main revision lectures free, Top quality IIT JEE preparation, IIT JEE full syllabus free lectures, JEE Advanced full syllabus crash course, Free coaching videos for IIT aspirants, Best online content for JEE aspirants, Free JEE coaching by IITians, Complete JEE course on YouTube, Free mock tests and revision for JEE, #JEEMain #JEEAdvanced #Competishun #Physics #MohitTyagi