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

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

Displacement current, Gauss law of magnetism, Maxwell equations, and Electromagnetic waves are explained by ABJ sir Amit bijarnia

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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.

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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.
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