Sheril Jain

Network Theoey - GATE (EE)
Network Theory is the most basic chapter for Gate  (EE) syllabus. Content of this course will enable the learner to develop the methood and logic for solving problems similar to that asked in GATE.The course focuses on developing thinking & approaching skills of an individual towards a problem.This has been done through thorough discussion over different types of logical examples.

Crack GATE Electrical Engineering for 2019 to get into PSUs, Government Jobs & M.Tech. at IITs. Get great courses along with previous year question papers, answer keys & syllabus by great educators.

Gate (Electrical)

GATE (Graduate Aptitude Test In Engineering) Preparation- Electrical Engineering.

English

Network Theory - Electrical Engineering GATE

Preparation Strategy

Practice & Strategy

Electrical Engineering

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

GATE(EE) - Preparation Strategy

Brief about the GATE EXAM , its paper patter , about the mode of examination , marking scheme and the new changes introduced in the exam .

Introduction About GATE

GATE - ELECTRICAL ENGINEERING SYLLABUS , distribution of marks to different chapters according to recent trend in the exam

Electrical Engineering Syllabus: GATE

Circuit Elements and Energy Resources: Part 1

Active , passive , bidirectional, unidirectional elements. Linear, non-linear elements. Basic defination of current, emf , charge etc.

Circuit Elements and Energy Resources: Part 2

independent and dependent energy resources

Energy Resources

Understanding of Kirchoff's current law (KCL)-NETWORK THEORY

Kirchoff's Current Law: Part 1

Understanding of KIRCHOFF'S VOLATGE LAW (KVL) - NETWORK THEORY

Kirchoff's Voltage Law: Part 2

Numerical problem based on concept of KCL , KCL and ohm's law.

Numerical Problems On the Concept of KVL, KCL And Ohm's Law {PART-1}

Numerical on concept of KCL, KCL and ohm's law.

Numerical Problems Based on KVL, KCL & Ohm's Law {PART-2}

Numerical Problem Based on KVL, KCL & Ohm's Law {PART-3}

Numerical Problem Based on KVL, KCL & Ohm's Law {PART-4}

Tricky numericals on KCL, KCL AND OHM'S Law

Numerical Problems Based on KVL, KCL & Ohm's Law {PART-5}

Simple Solution to Some Tricky Problems Based on KCL, KCL & Ohm's Law

Numerical Problem Based On KVL, KCL & Ohm's Law {PART-6}

Numerical based on KCL, KCL & OHM'S LAW including passive elements like Capacitor, Inductor in Electrical Circuit.

Numerical Problem Based on KVL, KCL & Ohm's Law {PART-7}

Concept on Equivalent Energy Sources and Numerical Problem based on Equivalent Circuit w.r.t. sources

Equivalent Circuit w.r.t Sources

Series & Parallel Combination of R, L ,C
& Method use to Find R Equivalent in Circuit

Resistance, Inductor & Capacitor Equivalent Circuit

How to find R Equivalent in Electrical Circuit and concept of Wheatstone Bridge.

Calculations of R Equivalent in the Electrical Circuits{PART-1}

How to calculate R Equivalent value in infinite Electrical Circuit.

Calculation of R Equivalent in Electrical Circuit {PART-2}

Calculation of R Equivalent in Electrical Circuit {PART-3}

Calculation of R Equivalent when Independent & Dependent Sources are given in the circuit.

Calculation of R Equivalent in Electrical Circuit {PART-4}

Transformation From Star Connection to Delta & Vice-versa.

STAR & DELTA Connection in Electrical Circuit

Numerical on STAR - DELTA Connection {PART-1}

Numerical Discussion on Star-Delta, Limitation of Star-Delta

Numerical Problems on Star-Delta Connection {PART-2}

Concept of Voltage & Current Division Rule

Voltage & Current Division Rule

Numerical Problem on Voltage and Current Division rule

Numerical Problems on Voltage & Current Division Rule

Power Delivered and Power Consumption phenomenon in Electrical Circuits.

Power Delivered and Power Consumption in Electrical Circuit {PART-1}

Concept Building on Power Consumption and Power Delivered.

Power Delivered & Power Consumption in Electrical Circuit {PART-2}

Previous Year GATE problems on Power Consumption & Power Delivered

Simplification Technique - Nodal Analysis {PART-1}

How to make an approach to different types of Electrical Circuit with Nodal Analysis Methood

Simplification Technique - Nodal Analysis {PART-2}

Simplification Technique - Nodal Analysis {PART-3}

Numerical Problems based on Nodal Analysis Concept {PART-1}

Numerical Problem on Nodal Analysis {PART-2}

Numerical Problem Discussion on Nodal Analysis

Numerical Problem on Nodal Analysis {PART-3}

Numerical Problem Discussion on Nodal Analysis Concept.

Numerical Problems on Nodal Analysis {PART-4}

Simplification Techniques - Mesh Analysis

Simplification Technique - Mesh Analysis {PART-2}

Introduction to Source Transformation & Numerical Problem Discussion

Simplification Technique - Source Transformation

Steady-State AC Analysis {PART-1}

Importance of Sinusoidal Signal, Phase difference, Leading-Lagging Waveform

Steady State AC - Analysis {PART - 2}

Average Value Concept - Sinusoidal AC Steady State Analysis

Introduction to RMS - Value Concept in AC System.

RMS Value Concept - Sinusoidal AC Steady State Analysis

Numerical Problem on RMS value Calculation

RMS value Concept - Sinusoidal AC

Numerical Problem on RMS Value Concept - {PART-1}

Calculation of RMS Value for a given Complex AC-Signal.

Numerical Problems on RMS Value Concept {PART-2}

Form Factor, Peak Factor & Phasor Representaion

Phasor Relationship in Passive Elements { R, L, C }

Phasor Relationship in Case of Passive Elements { R, L, C } - { PART - 2 }

Phasor Relationship in Passive Elements - { PART - 3 }

R-L Circuit Combination

R-C Circuit Combination

R-L-C Series Combination

Real Power (P), Reactive Power (Q), Apparent Power (S), Complex Power & Power factor.

Power in AC Circuit

#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 one liners question from different subjects if electrical engineering.

(Hindi) One Liners in Electrical Engineering

No.1 Educator in Economics JRF holder, Assistant Professor in Satyawati DU Expert in NET for Economics.Teaching is work of heart❤❤❤

Tanya Bhatia

In this course, Tanya Bhatia explains all the topics related to IES syllabus. The course will be beneficial for all aspirants.

Preparation For Indian Economic Services - IES

In this particular course Ravendra Yadav is discussing about general studies portion of ESE exam called Materials.

(Hindi) General Studies (Materials) for IES 2018

(Hindi) ESE EE 2019 Paper Analysis (Set A)

In this course we are discussing about the various doubt and queries question asked by my learners on different platform and in this course every doubt is explain in very detail and clear form.

(Hindi) Learners Doubt Resolution Course

Faculty of GATE/ESE (Electrical Engineering) , Expertise in Electrical Core | Jony Ive Award Winner 2018 | Use code “PAWANCLIVE” to join

Pawan Chandani

What is electrical machine ?? About Electromagnetism... Different laws of Electromagnetism like Faraday's Law, Lenz Law and Lorentz Force Law.. Magnetic Circuits, Magnetic Materials like Paramagnetic Material, Diamagnetic Materials, Ferromagnetic Materials, Ferrimagnetic Materials.

Lessons

53 lessons • 10h 55m

Invalid Date

NaN

Introduction About GATE

Invalid Date

NaN

Electrical Engineering Syllabus: GATE

Invalid Date

NaN

Circuit Elements and Energy Resources: Part 1

Invalid Date

NaN

Circuit Elements and Energy Resources: Part 2

Invalid Date

NaN

Energy Resources

Invalid Date

NaN

Kirchoff's Current Law: Part 1

Invalid Date

NaN

Kirchoff's Voltage Law: Part 2

Invalid Date

NaN

Numerical Problems On the Concept of KVL, KCL And Ohm's Law {PART-1}

Invalid Date

NaN

Numerical Problems Based on KVL, KCL & Ohm's Law {PART-2}

Invalid Date

NaN

Numerical Problem Based on KVL, KCL & Ohm's Law {PART-3}

+ See all lessons