B.Tech in EEE 
Qualified gate 2017 and gate 2018
M.Tech-EE, PhD- EMD(EE)


Kumari Sarita

In this course, the educator discusses Faraday's Law, Statically Induced EMF e=-Nd¢/dt, Dynamically Induced EMF e=Blv, Lenz's Law, Self-inductance and Mutual Inductances, Dot Notation and Lorentz Force.

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

Hindi

Electromagnetism: GATE (Electrical Engineering)

Transformers

Electric Machines

Electrical Engineering

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

This lesson covers the overview of this course i.e. electromagnetism for the preparation of Gate EE and semester exam also for EE and EEE students.

Overview of This Course (in Hindi)

This lesson covers why we study electromagnetism and what is electromagnetism for the preparation of Gate EE and semester exam also for EE and EEE students

Why we Study Electromagnetism and What is it? (in Hindi)

This lesson covers the Faraday's law and requirements of Faraday's law and different types of relative variations : relative time variation and relative space variation for the preparation of Gate EE and semester exam also for EE and EEE students

Faraday's Law(in Hindi)

This lesson covers the relative variations and magnetic force for the preparation of Gate EE and semester exam also for EE and EEE students

Relative Variations, Magnetic Force(in Hindi)

This lesson covers the concept of dynamically Induced EMF for the preparation of Gate EE and semester exam also for EE and EEE students

Dynamically Induced EMF (in Hindi)

This lesson covers the expression of dynamically Induced EMF for the preparation of Gate EE and semester exam also for EE and EEE students

Dynamically Induced EMF Continue (in Hindi)

This lesson covers the statically Induced EMF and self Induced EMF and self inductance for the preparation of Gate EE and semester exam also for EE and EEE students

Statically Induced EMF, Self Induced EMF, Self Inductances (in Hindi)

This lesson covers the concept of mutual induced EMF and mutual inductances for the preparation of Gate EE and semester exam also for EE and EEE students

Mutually Induced EMF, Mutual Inductances (in Hindi)

This lesson covers the concept of dot Notation and positive coupling for the preparation of Gate EE and semester exam also for EE and EEE students

Dot Notation (in Hindi)

This lesson covers the concept of dot Notation and negative coupling and Lorentz Force for the preparation of Gate EE and semester exam also for EE and EEE students

Dot Notation and Lorentz Force (in Hindi)

#Gate Ranker # Mtech from JEC Jabalpur. use code " MACHINE20" to attend my Classes. I don't teach "I simply explain the topic."

Ravendra Yadav

In this course we will be discussing about the properties of transformer core, laminations of core, magnetostriction and core type and shell type transformer.

(Hindi) Transformer for IES : Part - 2

This is the Crash course on transformer for RVUNL JE EXAM so all the topics of transformers will be covered in short not in detail.

Crash Course on Transformers for RVUNL JE EXAM (29/07/2019)

In this course, we will be discussing the basic laws which are required to understand the transformer and without the knowledge of basic laws, it is very difficult for us to proceed further. So in this course, we will cover all the basics related to transformers.

(Hindi) Part 1: Transformers for IES

This is the second part of the practice session on transformers in which we will be discussing previous year questions asked in UPSC IES exam.

(Hindi) Part 2: Practice Session on Transformers - ESE

This course is very important for ESE aspirants.

(Hindi) Torque developed and Commutation in DC Motor

In this course we will be discussing about each and every topic of DC machines in brief which will prove very helpful for the students for last minute preperation or for revision point of view.

Lessons

10 lessons • 1h 46m

Invalid Date

NaN

Overview of This Course (in Hindi)

Invalid Date

NaN

Why we Study Electromagnetism and What is it? (in Hindi)

Invalid Date

NaN

Faraday's Law(in Hindi)

Invalid Date

NaN

Relative Variations, Magnetic Force(in Hindi)

Invalid Date

NaN

Dynamically Induced EMF (in Hindi)

Invalid Date

NaN

Dynamically Induced EMF Continue (in Hindi)

Invalid Date

NaN

Statically Induced EMF, Self Induced EMF, Self Inductances (in Hindi)

Invalid Date

NaN

Mutually Induced EMF, Mutual Inductances (in Hindi)

Invalid Date

NaN

Dot Notation (in Hindi)

Invalid Date

NaN

Dot Notation and Lorentz Force (in Hindi)