Shaym Shah

Course provides a detailed Understanding of GATE Concepts related to Electromagnetic Theory. This course will include Coordinate system, Vector Calculus, Electrostatic Field Analysis.

Also important Formulae are discussed as per GATE & IES Understanding

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

GATE - Iconic Pro

English

GATE : Electromagnetics Theory I

Static Electric Fields

Electromagnetics

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

Introduction to Coordinate Systems

Cross Product & Scalar Product, analysing the Position vector, displacement Vector

Relation of Dot and Cross Products, Position Vectors, Displacement Vectors

GATE : Electromagnetics: Cylindrical Coordinate System

GATE: Electromagnetics : Spherical Coordinate System

GATE: Relation between different coordinate system

GATE: Electromagnetics: Relation Between Different Coordinate Systems

GATE: Electromagnetics :Basics of Vector Calculus

GATE: Understanding of Gradient of a Scalar Function

GATE: Understand Gradient of Scalar Field

GATE: Del Operator & Divergence of the Function

GATE: Del Operator for Coordinate System

GATE: Divergence Theorem Understanding & Properties of Divergence Theorem

GATE: Divergence and Properties of Divergence Theorem

GATE: Curl of a Vector & Understanding the Stokes Theorem

GATE: Curl of the Vector, Stokes Theorem

GATE: Laplacian Factor for EMT

GATE: Solenoidal and Irrotational Vectors, Electrostatic Fields

GATE: Electro Magnetic : Electric Field, Line Charge Density

GATE: Electrostatic Field Vectors

GATE: Surface Charge & Volume Charge Densities, Realization on Electric Field & Important Results

GATE: Surface and Volume Charge Density

GATE: Discussion on Electric Potential, Work Done& Guass Law

GATE: Electric Potential Guass Law

GATE: Understanding Potential at a Point

GATE : Dipole Moment & its Characteristics, Electric Field Density, Energy

Electromagnetics: Dipole Characteristics, Energy in case of Electrostatic Field, Electric Field

GATE: Electrostatic Field for Conductors, Boundary Conditions

Electromagnetics: Conductors, Poisson Equation, Conductors, Boundary Conditions

Electromagnetics: Understanding Boundary Conditions

GATE: Understanding Boundary Conditions for Conductors

Electromagnetics: Boundary Conditions for Conductors

Revision Lecture for GATE: Coordinate System

Electromagnetics: Revision 1: Coordinate Systems

Electromagnetics: Revision for Vector Calculus

Information & understanding of Electrostatic Density

Electromagnetics: Revision Course on Electrostatic Field

Introduction to Magnetostatistics

GATE: Magnetostatic Field Density, understanding & important points to read

Magnetic Fluex Density, Magnetic Scalar & Vector Potential

GATE: Magnetostatics, Force on the charge Carriers

Electromagnetics: Magnetic Scalar Potential, Forces on charge Particles

GATE : Moments & Torques, Forces in Static & Dynamic Fields

Magnetostatic Fields:Torques & Moments

GATE: Understanding Magnetic Torque, Magnetic Moment

Magnetic Moments & Torques with boundary conditions

GATE: Understanding Magnetic Energy, Forces, introduction to Faraday's law, Maxwell Equation

Maxwell's Equations, Energy

Maxwell Equations for Time Varying Fields

Maxwell Equation for Time varying fields

Electromagnetics Waves, Maxwell Equations

GATE: Understanding Maxwell Equations in Mathematical Format

Maxwells Equations Mathematical Form

Maxwell Equation for Time Varying & Non varying Fields

GATE: Maxwell Equations, Lorentz Law, Time varying fields

Lossy Dielectric Understanding, Information about EM waves

GATE: EM Waves, Good Conductors, Conductivity

GATE: Transmission Cofficient, Wave Polarization

GATE: Plane Waves for Lossy & Lossless Dielectric Medium, Loss Tangent

GATE: EM Waves, Loss Tangent, Free space waves

GATE: Plane Waves Understanding

GATE: Wave Polarization, Energy Density, Reflection Coefficients

GATE: Reflectiom Cofficients in Non Magnetic Medium

GATE: Plane Waves for Good Conductors, Skin Depth, Resistance due to Skin Effect

GATE: Skin Depth, Plane Waves in Good Conductors

GATE: Understanding Poynting Vector Theorem

GATE: Poynting Vector Theorem

GATE: Electromagnetics: Understanding Polarizations, Horizontal, Vertical, Linear, Circular, Elliptical

GATE: Horizontal, Vertical & Circular Polarization

GATE : Brewster Angle, Critical Angle for Total Internal Reflection

GATE: Brewster Angle, Critical Angle for Total Internal Reflection

GATE: Transmission Lines : Voltage Current Equation, Characteristic Impedence

GATE: Introduction to Transmission Lines

GATE: Understanding Mismatched, Matched & Lossy Transmission Lines

GATE: Lossy, Perfectly Matched, Perfectly Mis-matched Line

GATE: Revision for Electromagnetic Wave Theory

GATE: Revision for Electromagnetic Waves

IITian 15 years of exp EX. ACE FACULTY ,  to get 10% discount use the referral code : BVREDDY

B V Reddy

In this course we are discussing about the brief overview of the Electromagnetic Theory, its model. This course is a part of complete series of EMT lectures and it  is all about concepts in EMT.

Electromagnetic Theory: GATE (ECE)

In this course, the educator discusses the calculations of equivalent resistance. The course will be beneficial for  IIT JEE Aspirants.

Electricity and Magnetism: GATE

B.TECH | ELECTRONICS & TELECOMMUNICATION | ESE WRITTEN QUALIFIED | 4 YEARS OF TEACHING Experience.. 

Shankar Kumar

This course is beneficial for GATE-2019 ASPIRENTS As it contains Theory with EXERCISES FOR PRACTICE & PYQ of GATE OF ALMOST 15YEARS..

EMT: Part 1(B)Electrostatics Complete Course with Numericals(Continuation)GATE(ECE)-2019

I am an E&Tc Engineer, technical freelancer, I like to teach, write, explore new places. 

Vinod Singh Jadon

In this course, Vinod will discuss Electromagnetic Theory. The course covers Vector Concepts, Static Electromagnetic Fields   and other topics. This course is targeted for GATE and other examinations.

VISION | Electromagnetic Theory for GATE Examination

Assistant Professor at Eshan college of Engg , M.Tech in Digital Communication from IIITM Gwalior, Qualified UGC NET 2018, Gate 2016.



Lessons

45 lessons • 6h 55m

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Introduction to Coordinate Systems

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Relation of Dot and Cross Products, Position Vectors, Displacement Vectors

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GATE : Electromagnetics: Cylindrical Coordinate System

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GATE: Electromagnetics : Spherical Coordinate System

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GATE: Electromagnetics: Relation Between Different Coordinate Systems

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GATE: Electromagnetics :Basics of Vector Calculus

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GATE: Understand Gradient of Scalar Field

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GATE: Del Operator for Coordinate System

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GATE: Divergence and Properties of Divergence Theorem

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GATE: Curl of the Vector, Stokes Theorem

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