Sakshi Tripathi

In this course, Sakshi Tripathi discusses some of the topics of Magnetostatics. This course will be beneficial for GATE (ECE) aspirants.

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

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English

Magnetostatics: GATE (ECE)

Static Magnetic Fields

Electromagnetics

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

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Test Preparation

This lecture is about Biot Savort's Law . The first law that governs the  static magnetic fields

Biot Savart's Law

This lecture contains the application of Biot Savart's Law 
i.e. Magnetic field Intensity due to an infinite length filament .

Magnetic Field Intensity Due to an Infinite Length Filament

This lecture consists of Ampere's Circuit Law which a little similar to the Gauss's Law in Electrostatics .
There is also a sneak peek to Maxwell's third equation here obtained from Stoke's Theorem

Ampere's Circuit Law

In this lecture we discuss the Magnetic field Intensity on the axis of a Circular ring . We calculate the Magnetic field on the axis due to an infinite circular ring.

Magnetic field Intensity on the axis of a Circular Ring

This lesson has Current Distribution.
It's basically of 3 types 
1. Line Current 
2. Surface Current 
3. Volume Current

Current Distribution in Magnetostatics

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B V Reddy

EW waves  - propagation of the plane waves | Normal incidence

Electromagnetic Theory || Normal Incidence - GATE (ECE)

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Anupam Yadav

Reflection of uniform plane waves normal incidence, Reflection and translation coefficient, Incident , reflected and transmitted power and their inter relation,Standing wave and Standing wave ratio,Plane wave reflection at oblique incidence angles and various questions on Above topics.

(Hindi) Reflection and Transmission of Plane Wave

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



Shubham Shakya

This course contain all the theory and examples of Transmission Lines

(Hindi) Transmission Lines - GATE(ECE)

Coulomb's Law and Field Intensity, Electric Flux Density, Gauss's Law, Electric Field due to uniformly distributed charge, Application of Gauss's Law,line charge , surface charge, volume charge, Electric Potential,Energy Density of Electric Field

(Hindi) Electrostatic Fields

I am pursuing  B.Tech in ECE. I like teaching .I hope my lessons will be beneficial for BTech students.

Shifali Srivastava

In this course, Shifali shall be discussng concepts in Electromagnetic theory

Electromagnetic Theory Engineering Students

✓Persuing Ph.D ( Research Scholar)
✓M.Sc Physics (Central University) & B.Ed
✓FDP NITTTR , MHRD ( Quantum & Energy Mat.)
✓Experience: 5 year

Rahul Mehla

This Course Basically Covers All The GATE Previous Year Questions Of EMT With Detailed Solution (in Hindi)

Lessons

5 lessons • 54m

Biot Savart's Law

Magnetic Field Intensity Due to an Infinite Length Filament

Ampere's Circuit Law

Magnetic field Intensity on the axis of a Circular Ring

Current Distribution in Magnetostatics